Medical Design & OUTSOURCING SEPTEMBER 2015 www.medicaldesignandoutsourcing.com EXCLUSIVE : Inside the Boston Scientific turnaround with CEO Mike Mahoney BIG 1OO MEDTECH'S 100 LARGEST PLAYERS • The Top Medical Device Employers • R&D: Who's Spending the Most? • The Year Medtech M&A Exploded • CEO Moves: Who's In & Out of the Corner Office • Medtech's Global Hotspots • Ones to Watch: Medtech's Up-and-Comers
132
Embed
Medical Design & Outsourcing; BIG 100; September 2015
The 2015 Big 100 (Medtech's 100 Largest Players); The Top Medical Device Employers; R&D: Who's Spending the Most?; The Year Medtech M&A Exploded; CEO Moves: Who's In & Out of the Corner Office; Medtech's Global Hotspots; Ones to Watch: Medtech's Up-and-Comers
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Medical Design& OUTSOURCING
SEPTEMBER 2015www.medicaldesignandoutsourcing.com
E X C L U S I V E : I n s i d e t h e B o s t o n S c i e n t i f i c t u r n a r o u n d w i t h C E O M i k e M a h o n e y
BIG1OOMEDTECH'S 100 LARGEST PLAYERS
• The Top Medical Device Employers• R&D: Who's Spending the Most?• The Year Medtech M&A Exploded• CEO Moves: Who's In & Out of the Corner Office• Medtech's Global Hotspots• Ones to Watch: Medtech's Up-and-Comers
Cover_SEPTEMBER 2015_Vs7.indd 1 9/15/15 2:45 PM
Some people think there’s an art to stripping wire with a razor blade.
At Resonetics, we prefer to treat it as a science.
Whether you need to remove 100% of a polymer coating to expose metal or only want to remove one layer of a multi-layered coating, Resonetics has the solution. Using laser workstations equipped with our patented ASSURE End Point Detection™ technology, we can compensate for changes in coating thicknesses and concentricity to produce consistent results, in reel-to-cut or reel-to-reel formats.
We mastered the science of polymer removal and combined it with reel-to-reel processing, improving yields and lowering costs so you can automate your downstream manufacturing processes safely and effi ciently.
Learn more at www.resonetics.com/assure or call 603.886.6772.
From the operating room to the manufacturing fl oor, Bimba offers a variety of pneumatic, electric and hydraulic solutions to help you tackle your medical device applications. Whether you are designing a new system or improving an existing one, learn more about how our investment in medical device components can support your medical device needs at bimba.com/medical
FLUID AND MOTION CONTROL COMPONENTS TO BRING YOUR DEVICE TO LIFE.
Multiple connection manifolds provide a convenient junction point for the distribution of fl uids or gases.
FITTINGS
Corrosion resistant stainless steel barbed and push-to-connect style fi ttings available in a wide variety of shapes and sizes for virtually any application.
SOLENOID OPERATED VALVES
Single or double solenoid operations internally piloted for high fl ow and lower power consumption.
PINCH VALVES
Designed for disposable tubing to maintain sterility, each pinch valve is calibrated for pinch force, pinch gap and stroke to ensure optimal performance.
2 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
HERE’S WHAT WE SEE
The Year Medtech M&A Exploded
Welcome back to the Big 100, our annual look at the largest players in medical devices. Once again we’ve scoured the financial filings and annual reports of hundreds of companies dating back to the start of 2014.
The medtech landscape has changed significantly in the two years since our last edition of the Big 100, as mergers & acquisitions exploded. Some of the industry’s biggest names are off the table after a surge in mega-sized deals, and the activity extended on down the food chain to even the smallest players.
Inside you’ll find information on the world’s leading medical technology companies, ranked according to annual revenues. We also took a look at spending on research and development, the top employers in medtech, and an exciting roster of up-and-comers you’ll want to keep a close eye on.
The Big 100 also includes a look at notable moves in the corner office, as once again there was considerable churn. And be sure to check out our look at medtech’s hotspots.
Some notes on how we put this report together:For the Big 100 rankings, we looked at either calendar 2014 or the company’s most recently concluded fiscal year. We gleaned our information from our internal archives; corporate documents and public regulatory filings; and information from the companies’ websites.
To account for the diversified conglomerates that play in the medtech space, such as Johnson & Johnson, we did our best to isolate the revenues from their medical technology segments (e.g., J&J’s medical device & diagnostics business).
For companies based outside the U.S. that report their numbers in other currencies, we used the 2014 exchange rates established by the U.S. Federal Reserve to convert the figures into U.S. dollars.
And finally, a pair of companies that would normally have made the list
– Toshiba and Hanger Orthopedics – were left out because, as of press time, they had yet to file their annual reports for their most recent fiscal years. M
B r a d P e r r i e l l o | E x e c u t i v e E d i t o r |
M e d i c a l D e s i g n & O u t s o u r c i n g |b p e r r i e l l o @ w t w h m e d i a . c o m |
Editorial Sept 2015_Vs4.indd 2 9/17/15 4:21 PM
www.freudenbergmedical.com
INNOVATING TOGETHERFreudenberg Medical, formerly Helix Medical and MedVenture Technology, brings 30 years of creativity and innovation to medical OEM customers all over the world. With 220 engineers and the resources to stay at the forefront of materials and processing technology, we offer our customers comprehensive
capabilities in 11 medtech locations worldwide. As your global partner for the design, development and manufacture of specialty components, minimally invasive solutions, and finished devices − let’s innovate together.
MEDICAL DESIGN & OUTSOURCING does not pass judgment on subjects of controversy nor enter into disputes with or between any individuals or organizations.
MEDICAL DESIGN & OUTSOURCING is also an independent forum for the expression of opinions relevant to industry issues.
Letters to the editor and by-lined articles express the views of the author and not necessarily of the publisher or publication. Every effort is made to provide accurate information. However, the
publisher assumes no responsibility for accuracy of submitted advertising and editorial information. Non-commissioned articles and news releases cannot be acknowledged. Unsolicited materials
cannot be returned nor will this organization assume responsibility for their care.
publication may be reproduced in any form or by any means, electronic or mechanical, or by recording, or by any information storage or retrieval systems, without written permission from
the publisher.
SUBSCRIPTION RATES: Free and controlled circulation to qualified subscribers. Non-qualified persons may subscribe at the following rates: U.S. and possessions, 1 year: $125; 2 years: $200; 3 years
$275; Canadian and foreign, 1 year: $195; only U.S. funds are accepted. Single copies $15. Subscriptions are prepaid by check or money orders only.
SUBSCRIBER SERVICES: To order a subscription or change your address, please visit our web site at www.medicaldesignandoutsourcing.com
MEDICAL DESIGN & OUTSOURCING (ISSN 2164-7135) is published by WTWH Media, LLC, 6555 Carnegie Avenue, Suite 300, Cleveland, OH 44103.
2011, 2012, 2013, 20142014 Winner
Crain’s Cleveland Business Fast 50 2014
Follow the whole team on twitter @WTWH_Medical
CONNECT WITH US!
Medical Design& OUTSOURCING
The parts you need. The risk you don’t. Caplugs engineers work with you to design a solution and ensure all your specs are met. Our comprehensive ISO quality management system offers the traceability, record retention and strict process controls needed to support your audit requirements.
For more than 65 years, Caplugs has been the ideal choice for medical device protection and molded components. Twenty-fi ve of the top 30 medical device manufacturers trust us with their critical projects.
www.caplugs.com/medical • 1.888.CAPLUGS
I need a functional seal for a PCR tube with a ventilation channel in medical grade PVC
and it must be produced in a clean room.
solution and ensure all your specs are met. Our comprehensive ISO quality management system offers the traceability, record retention and strict process controls needed to support
For more than 65 years, Caplugs has been the
Inte
rphe
x Pue
rto
Rico,
Booth
#212
MD&M
Phi
ladelp
hia,
Booth
#426
CAP52209 MedicalHalfPgAd_MDO_mech.indd 1 8/3/15 11:47 AM
NEW MEDIA/WEB/BUSINESS DEVELOPMENT
Web Development ManagerB. David Miyares [email protected]@wtwh_webdave
Web Development SpecialistPatrick Amigo [email protected]@amigo_patrick
D N A A N A L Y Z E R S S C A N N E R S X - R A Y E Q U I P M E N T
CRITICAL MEDICALAPPLICATIONS REQUIRE
THK QUALITY
THK offers consistent ultra-precision linear motion components and systems that deliver tight tolerances for our medical, lab automation andequipment manufacturing customers. The confidence our customershave in the reliability and quality offered by THK makes us work evenharder to innovate and achieve the ultimate in precision and quality.
To learn more, give us a call at 1-800-763-5459 or visit www.thk.com.
L M G U I D E S B A L L S C R E W S A C T U A T O R S
840-11201 THK Medical Ad(DW) 6/15/11 4:35 PM Page 1
THK 11-14.indd 1 9/15/15 2:54 PM
6 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
02 EDITORIAL: Welcome back to the Big 100
06 CONTRIBUTORS
96 MANUFACTURING & MACHINING: Lasers have evolved significantly over the past 15 years.
99 REGULATORY: Are the BRIC markets still worth the effort?
102 PUMPS & TUBING TALKS: Peristaltic pumps can deliver fluids with remarkable precision with this simple adjustment.
106 CONNECTOR & CABLES CORNER: A guide to selecting plastic circular medical connectors.
108 SECURITY: Electronic monitors can keep
the unauthorized out of a secure cabinet, and more.
111 VALIDATION SERVICES: Here’s how to show an ethylene
oxide sterilization process will do its job.
114 MOTION CONTROL: Precise positioning is necessary
for this spectrophotometer.
117 FDA & NEW PRODUCTS: Raising the bar on FDA guidelines, along with some of the pre-market approvals the U.S. Food & Drug Administration granted in
June 2015.
119 PATENT PROTECTION: A few basic steps can ensure companies own their intellectual property.
122 DEVICE TALKS: An exclusive one-on-one interview with Boston Scientific CEO Mike Mahoney.
128 AD INDEX
CONTENTS medicaldesignandoutsourcing.com ∞ September 2015 ∞ Vol1 No2
DEPARTMENTS
Medtech’s 10011
ON
TH
E C
OV
ER
:
LARGEST PLAYERS
17 Big 100 Breakdown74 Top R&D Spenders Who’s putting the most into the pipeline?
78 Top Medical Device Employers
82 Medtech’s Global Hotspots U.S., Global
86 Ones to Watch Medtech’s Up-and-Comers
90 CEO moves Notable moves in the C suite
TOC_SEPT 2015_Vs7-BP.indd 6 9/17/15 4:19 PM
1 Next Gen Electronic Valves with Flows to 100 l/min!2 ”GV” Series High Flow Poppet Valves3 New Series Miniature Pressure Regulators4 New Stainless Steel Push-Quick Fittings5 “EGV” Electronic High Flow Poppet Valves6 ”EFB“ Electronic Fill & Bleed Circuits7 High Flow “E” Electronic Valves8 All Stainless Steel Pneumatic Cylinders9 Electronic Valves for Oxygen Applications
1
4
2
Clippard Instrument Laboratory, Inc.Providing innovative solutions for today’s engineering challenges.
877-245-6247 • www.clippard.com
9
1
Flows to 100 l/min!
Introducingnew products new solutions
more info
77
555
3
ectronic Valves with Fl
3
88
666
4
Clippard 9-15.indd 15 9/15/15 2:55 PM
8 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
CONTRIBUTORS
DAVID BACH, with BST-Bach Solutions & Technology , is a seasoned technology professional with experience in developing medical equipment, consumables and instruments. Currently, he is expanding the utility of peristaltic-pump technology and has identified products for BST. David earned an Associate’s Degree from Hartford State Technical Institute, Bachelor’s Degree from the University of Delaware, and a Master’s Degree from Nichols College. Reach him at [email protected].
STEWART EISENHART is a Senior Regulatory Analyst for Emergo, a regulatory consulting firm serving more than 2,800 medical device and IVD companies worldwide. He can be reached at [email protected].
KENNETH A. FINE, is President and Co-Founder of Proven Process Medical Devices. Mr. Fine has over 31 years of experience in the design and development of Class II and critical Class III electromechanical medical devices and equipment. His major areas of expertise include electrical and software design for medical systems; medical software development processes and quality systems; international and domestic quality standards; FDA GMP, new product development and product improvement management. Mr. Fine holds an MS degree in electrical engineering from Northeastern University and a BS degree in biomedical engineering from Boston University.
HUDSON
BACH
GORDON
GAUMER
FINE
EISENHART
SPATIG
LEBLANC
JEFF GAUMER, is a new product development manager for Molex Incorporated. Jeff has over 35 years of experience in the Interconnect industry spanning various roles in Sales, Global Account Management, Industry Marketing, and Product Marketing and Development. The past 12 years have been with a Medical Industry focus.
EDWARD (JED) GORDON is a partner and intellectual property lawyer with Foley & Lardner LLP, where he advises clients regarding strategic portfolio development and counsels them in relation to patent enforcement strategies and defense against threatened patent infringement litigation. He can be reached at 617.342.4047 or [email protected].
DAVE HUDSON is president and CEO of Joining Technologies, one of the nation’s leading precision fusion companies. Reach him at [email protected].
MIKE LEBLANC, a Senior Account Manager and Applications Engineer for MICROMO, began his career with the company in 2002. After graduating from the University of Rhode Island in 1997 with a Bachelors of Science in Mechanical Engineering degree, Mike worked for five years as a Sales Engineer with Maxon Precision Motors. Mike has over 18 years of experience matching precise motion solutions to the needs of diverse, high-tech applications such as drug delivery systems, military vision systems, laboratory automation equipment, and various robotics systems. Today he is responsible for providing technical assistance and sales support to OEMs in the Mid-Atlantic region of North America.
STEVE SPATIG, General Manager of Electronic Access Solutions, SouthcoAs General Manager of Southco’s Electronic Access Solutions, Steve Spatig oversees Southco’s state of the art electronic latching product line. Spatig has over 15 years of experience with Southco working in various design engineering and product management capacities. He holds a Bachelors in Mechanical Engineering from Northwestern University and a Bachelors in Marketing Management from Virginia Tech.
Contributor_SEPT 2015_Vs6.indd 8 10/8/15 11:57 AM
www.keyelco.com • (718) 956-8900 • (800) 221-5510
™
CATALOG M65
• Easy to use, 152-page Catalog• Details more than 5,000 quality products• Featuring hundreds of new products• Illustrated with engineering drawings,
specifi cations and product photographs• Imperial and Metric dimensions* Call or visit our website to request your free catalog
Precision Molded Medical Components and Assemblies For a project evaluation call : 952-927-1400.
Email requests to [email protected] our complete literature and design guide at mnrubber.com/medical2
Every day at Minnesota Rubber and Plastics we produce high tolerance medical components and assemblies for the most demanding applications. Our experience in advanced material formulation enables us to be compliant with FDA, ISO 10993 andISO 13485 to meet your unique product requirements. Our over 60 year history in the design and manufacture
of complex devices makes us the preferred partner for industry leaders throughout the world. The next time your component or assembly project seems impossible, there’s no one better to partner with than Minnesota Rubber and Plastics. We’ll make your tough application a reality.
We Turn Ideas Into Results.Advanced Material Technologies
MR&P Medical ad Medical Design & Outsourcing.indd 1 5/5/15 10:25 AMMinn Rubber 6-15.indd 15 9/15/15 3:19 PM
BIG1OO
Medical Design& OUTSOURCING
MEDTECH'S 100 LARGEST PLAYERSA look at the world’s leading medtech companies, with rankings by annual
revenues, R&D spend, employee headcount, featuring a roster of up-and-comers, a look at notable moves in the corner office and maps of medtech’s hotspots.
Big 100 Breakdown p.17Top R&D Spenders p.74Top Medical Device Employers p.78Medtech’s Global Hotspots p.82Ones to Watch p.86CEO Moves p.90
THE BIG 100 LIST BEGINS ON THE NEXT PAGE
BIG 100 INTRO_9-15_Vs4.indd 11 9/17/15 2:23 PM
12 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
COMPANIES RANKED BY REVENUE
1 Johnson & Johnson $27,500,000,000
2 Medtronic $20,261,000,000
3 GE Healthcare (General Electric) $18,299,000,000
15 Fresenius Medical Care (Fresenius Kabi division) $6,842,636,200
16 St. Jude Medical $5,622,000,000
17 3M Co. (healthcare division) $5,572,000,000
18 Zimmer (pre-Biomnet merger) $4,673,300,000
19 Olympus Corp. $4,655,759,410
20 Terumo $4,629,336,107
21 Smith & Nephew $4,617,000,000
22 Hospira $4,463,700,000
23 Grifols $4,461,654,105
24 Getinge Group $3,888,969,902
25 Cerner $3,402,703,000
26 C.R. Bard $3,323,600,000
27 Hitachi (healthcare business) $3,195,574,050
28 Bayer (medical care division) $3,138,092,000
29 McKesson $3,069,000,000
30 Varian Medical Systems $3,049,800,000
31 Dentsply International $2,922,620,000
32 Hoya (Life Care segment) $2,900,066,200
33 Ship Healthcare Holdings $2,584,896,917
34 Hologic $2,530,700,000
35 Paul Hartmann Group $2,475,901,400
36 Edwards Lifesciences $2,322,900,000
37 Becton, Dickinson & Co. (BD Medical segment) $2,307,000,000
38 BioMerieux $2,257,830,600
39 Nipro $2,248,694,912
40 Coloplast $2,213,317,661
RANK COMPANY 2014 REVENUE
SSS
A FEW YEARS AGO WE HADN’T GROWN FOR ABOUT FOUR YEARS IN A ROW,
AND WE’VE GROWN, I DON'T KNOW HOW MANY QUARTERS IN A ROW NOW,
EIGHT OR NINE OR SO. WE GAVE A PRETTY STRONG GUIDANCE FOR 2015
AND ‘16, ‘17 AND ‘18.
"WE TALK ABOUT A TURNAROUND, I GUESS WE DID TURN AROUND THE
PERFORMANCE, BUT REALLY WHAT WE DID IS UNLOCK THE POTENTIAL AND THE CAPABILITIES OF THE TEAM OF
25,000 EMPLOYEES HERE.
- BOSTON SCIENTIFIC CEO MIKE MAHONEY
Revenue Rank_9-15_Vs7-BP.indd 12 9/17/15 5:19 PM
Providing High Speed Solutions... ...in a High Paced Market.In this industry, the demand for new products can rise in a heartbeat. And if you’re not first to market, you may as well be last. That’s why more OEMs turn to PTI Engineered Plastics. We specialize in complex, low volume plastic injection molding. We can design, engineer and manufacture any part to your specifications and deliver it in record time — without ever missing a beat.
To learn more, call 586.263.5100 or visit teampti.com
MEDICAL TECHNOLOGY IS EVOLVING, AND WE NEED TO TAKE A LOOK AT HOW
TO BRING VALUE TO OUR CUSTOMERS THROUGH SERVICES. FOR EXAMPLE, TO MINIMIZE LOST ITEMS IN THE SYSTEM,
CUT INVENTORY AND REDUCE COSTS, WE’LL SEE AN INCREASE IN SOLUTIONS
LIKE RFID TAGGING OF INVENTORY, WHICH IS AN INVENTORY MANAGEMENT
SOLUTION THAT HELPS HOSPITALS TRACK HIGH-PRICE PRODUCTS AS WELL AS
COMMODITY ITEMS.
- CARDINAL HEALTH MEDICAL SEGMENT CEO
DON CASEY
SSS
Revenue Rank_9-15_Vs7-BP.indd 14 9/17/15 5:20 PM
RANK COMPANY 2014 REVENUE
81 Conmed $740,055,000
82 Greatbatch $687,787,000
83 Welch Allyn $683,772,000
84 Amplifon $670,024,066
85 Straumann $649,711,410
86 Masimo $586,643,000
87 Fisher & Paykel $558,882,990
88 JMS Co. $523,936,070
89 Analogic $517,500,000
90 Merit Medical Systems $509,689,000
91 Össur $509,000,000
92 Cantel Medical $488,749,000
93 Thoratec $477,560,000
94 Orthofix International $402,277,000
95 Symmetry Medical/Tecomet $399,992,000
96 Topcon (eye care division) $390,013,240
97 Accuray $369,419,000
98 Natus $355,834,000
99 ICU Medical $309,260,000
100 NxStage Medical $301,501,000
TO DATE, WE HAVE CHOSEN TO ABSORB THE [MEDICAL DEVICE TAX] INTERNALLY. WE HAVE NOT NEEDED TO REDUCE OUR WORKFORCE OR IMPLEMENT A PRICE INCREASE TO OUR CUSTOMERS AS A DIRECT RESULT OF THE TAX. WHILE WE DO NOT BELIEVE THE TAX WILL DIMINISH OLYMPUS' ABILITY TO DELIVER INNOVATIVE MEDICAL PRODUCTS, THE TAX HAS CHALLENGED OUR ABILITY TO REINVEST FUNDS, EITHER DIRECTLY OR THROUGH OUR COMMUNITY BASED PARTNERS, TO GROW THE BUSINESS.
- EXECUTIVE VICE PRESIDENT - SALES, MARKETING & SHARED SERVICES, MEDICAL SYSTEMS GROUP AT OLYMPUS CORPORATION OF THE AMERICASRICHARD REYNOLDS
WHAT DO YOU THINK?Connect and discuss this and other medical issues with thousands of professionals online
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 15
Revenue Rank_9-15_Vs7-BP.indd 15 9/17/15 5:20 PM
We build & manage world class contract sales, clinical support & field service teams for the medical device and diagnostic industries.“ What our program can do for you
With the highest quality and detailed analytics platform, you’ll be able to review data on a granular level while our consultants are supporting your initiatives. Our analytics allow you to track effectiveness so that you may scale your business to maximize outcomes.
Our Consultant Teams can support your products and initiatives where and when it matters.
BuildWith an existing base of 2000+ consultants and a robust recruiting and screening program we can build the team you need, whenever you need it.
DeployA multi-channel support platform: field teams, contact center and video chat support.
ManageEnterprise wide scheduling tools, expense management, mobile time and attendance supported by a dedicated Account Manager.
MeasureOn-demand analytics measuring sales call activity, clinical support and trend analysis, giving you a 360 view of each account.
What we do
1 2
3 4
Build. Deploy. Manage. Measure.
To schedule a capabilities assessment, please contact:
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 17
THE TOP 1OO MEDTECH COMPANIES 1OO
1JOHNSON & JOHNSONOne Johnson & Johnson Plaza New Brunswick, New Jersey 08933
Employees: 126,500Revenue: $27,500,000,000*R&D Spend: $1,652,000,000Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
DOMINIC J. CARUSO, VP Finance, CFOPETER M. FASOLO, VP Global HRALEX GORSKY, Chairman & CEOSANDRA E. PETERSON, Worldwide ChairwomanPAULUS STOFFELS, Chief Scientific Officer, Chairman PharmaceuticalsMICHAEL H. ULLMANN, VP, General Counsel
Although Johnson & Johnson last year said it was eyeing acquisitions to bolster its "subscale" cardiovascular business, particularly its electrophysiology business, the world's largest medical device maker instead sold off a pair of assets: Its Cordis stent-making arm, under agreement for $1.94 billion to Cardinal Health; and its Ortho-Clinical Diagnostics business, to private equity giant Carlyle Group for $4 billion. J&J also committed to a $2.5 billion deal to settle a rash of lawsuits filed over its DePuy ASR metal-on-metal hip implant and pulled its laparoscopic power morcellators after the devices were implicated in the unintentional spread of uterine cancers. The company began the year with a transparency pledge for data from its clinical trial programs and launched a robot-assisted surgery pilot program with Google.
“Our work with Google illustrates how we’re aiming to pioneer the operating room of the future with robotic surgical tools that will increase surgical precision, minimize trauma for patients, and deliver efficiencies to hospitals,” the company tells us,
* Revenues from J&J's medical device & diagnostic segment.
TOP 10 100 List_9-15_Vs4-BP.indd 17 9/17/15 5:34 PM
Let us show you how you can benefit from having a medical device coating partner that brings precision,
Water Rules!Let our water-based medical coatings empower you.
Coatings2go, LLC provides hydrophilic and other coatings that are quickly delivered to you hassle-free, and in a cost-effective manner. Our coatings are perfect for on-site manufacturing, eco-friendly, and can be controlled by your employees, in your own facility, and are FDA Master Filed.
5 coating solutions • 3 available sizes • 4, 12, or 32 oz.• easy to customize • great performance & versatility • no license fees or royalty costs • quick & secure online ordering• purchase domestically or internationally • ISO 13485 certified
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 19
THE TOP 1OO MEDTECH COMPANIES 1OO
2MEDTRONIC7000 Central Ave NEFridley, MN 55432
(800) 328-2518 www.medtronic.com
Medtronic made the biggest splash of 2014 when it said it would acquire Covidien in the largest merger medtech has ever seen. Ultimately the price tage for the deal, which closed in January 2015, reached $50 billion. The lofty amount didn't prevent the world's largest pure-play medtech company from making other acquisitions, though: Medtronic spent more than $1 billion during the summer of 2015 alone, including a $458 million deal for mitral valve maker Twelve Inc.
Medtronic was also responsible for the 2nd-largest headline in recent memory, when it revealed that the expected slam-dunk for its Symplicity renal denervation device instead clanked off the rim. The bad news was balanced by good, in the form of FDA nods for the In.Pact Admiral drug-eluting balloon and the CoreValve transcatheter aortic valve implant, and European approval of its tiny Micra pacemaker. Medtronic also settled its long-running patent infringement beef with Edwards Lifesciences for $750m plus royalties.
Employees: 92,000Revenue: $20,261,000,000R&D Spend: $1,640,000,000Fiscal year ending: April 24, 2015
KEY PERSONNEL:
OMAR ISHRAK Chairman & CEOBILL BURKE Chief Integration OfficerMICHAEL J. COYLE EVP & President, Cardiac & Vascular GroupGARY ELLIS EVP & CFOMIKE GENAU SVP & President, AmericasHOOMAN HAKAMI EVP & President, DiabetesBRYAN HANSON EVP & President, CovidienDR. RICHARD KUNTZ SVP & Chief Scientific, Clinical, & Regulatory OfficerCHRIS LEE SVP & President, Greater ChinaBRAD LERMAN SVP, General Counsel & SecretaryGEOFFREY S. MARTHA SVP, EVP & President, Restorative TherapiesDR. STEPHEN N. OESTERLE SVP, Medicine & TechnologyLUANN PENDY SVP, Global QualityCAROL A. SURFACE SVP & Chief HR OfficerROB TEN HOEDT EVP & President, EMEABOB WHITE SVP & President, Asia Pacific
Rapid Manufacturing That’s a Real LifesaverTech-driven injection molding, CNC machining and
3D printing for those who need parts tomorrow
Proto Labs is the world’s fastest source for on-demand, low-volume manufacturing. We make quick-turn prototypes
and production parts including device handles, housings, strain reliefs and other components used in the medical industry.
Got a project? Get 1 to 10,000+ plastic, metal or liquid silicone rubber parts in 1 to 15 days.
Proto Labs 9-15.indd 15 9/15/15 3:30 PM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 21
THE TOP 1OO MEDTECH COMPANIES 1OO
3GE HEALTHCAREAmersham Place, Little Chalfont, Buckinghamshire HP7 9NA, United Kingdom
http://www3.gehealthcare.com/en/global_gateway
GE Healthcare's biggest move of the year involved the corner office, which saw GE vet John Flannery take over the CEO role from John Dineen. GE Healthcare also got rid of its Vital Signs business, selling it to CareFusion for $500 million late in 2013, and laid plans to get out of the electronic medical records business. It won FDA approval in 2014 for its SenoClaire 3D breast tomosynthesis device and inked a deal with Abbott to integrate its CardioLab electrophysiology recording system into the RhythmView mapping software Abbott acquired along with Topera Medical.
* Revenues and employees include GE Healthcare only.
Employees: 51,000Revenue: $18,299,000,000*R&D Spend: $5,273,000,000Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
JOHN L. FLANNERY, President & CEOJÖRG DEBATIN, VP & Chief Technology OfficerJAN DE WITTE, President & CEO, Healthcare ITRACHEL DUAN, President & CEO, ChinaLAURENT DUBOIS, CEO, PartnersCARRIE EGLINTON MANNER, President & CEO, Detection & Guidance SolutionsMARKUS EWERT, EVP, Business DevelopmentRANDY FOX, VP & CIOJASON HANSON, Chief Risk Officer & VP, General CounselHENRY HUMMEL, President & CEO, Molecular Imaging (MI) & Computed Tomography (CT)KARIM KARTI, VP & Chief Marketing OfficerRAGHU KRISHNAMOORTHY, VP, HRAKIHIKO KUMAGAI, President & CEO, Asia PacificTHIERRY LECLERCQ, President & CEO, Life Care SolutionsJEAN MICHEL MALBRANCQ, President & CEO, EuropeSKANDER MALCOLM, President & CEO, Eastern & Africa Growth Markets (EAGM)BRIAN MASTERSON, VP, Global Supply ChainDEE MELLOR, Chief Quality OfficerMARCELO MOSCI, President & CEO, U.S. & CanadaKIERAN MURPHY, President & CEO, Life Sciences
MONISH PATOLAWALA, VP & CFOGUSTAVO PEREZ-FERNANDEZ, President & CEO, SurgeryMILAN RAO, President & CEO, South AsiaJOE SHRAWDER, resident & CEO, Global ServicesERIC STAHRE, President & CEO, Global MRIANDERS WOLD, President & CEO, Ultrasound
TOP 10 100 List_9-15_Vs4-BP.indd 21 9/17/15 5:36 PM
@ MachinedSprings.com
For more information on Machined Springs, including custom applications, go to MachinedSprings.com or call (877) 435-4225
Siemens Healthcare underwent a sea change in 2014 as new Siemens CEO Joe Kaeser ousted healthcare CEO Hermann Requardt, promoting imaging & therapy systems leader Bernd Montag to CEO in his stead; Siemens then announced plans to establish a separate business structure for the healthcare unit. In May 2015 Siemens added 4,500 job cuts to the 7,400 layoffs already under way. Last summer, Siemens Healthcare shed a trio of assets, dealing its clinical microbiology business to Danaher's Beckman Coulter subsidiary for an undisclosed amount; selling its hearing aid business to EQT for $2.68 billion; and selling its healthcare IT business to Cerner for $1.3 billion.
Employees: 43,000Revenue: $16,526,841,300*R&D Spend: $5,405,230,500Fiscal year ending: Sept. 30, 2014
KEY PERSONNEL:
BERND MONTAG CEOMICHAEL SEN CFODR. GREGORY SORENSEN, President & CEO, Siemens Healthcare North AmericaMICHAEL REITERMANN CEO, Siemens Healthcare Diagnostics
* Revenues and employees from Siemens Healthcare only.
TOP 10 100 List_9-15_Vs4-BP.indd 23 9/17/15 5:36 PM
HOW DO I KNOW IF I’M TALKING TO AN ENGINEER OR A SALESMAN?
THE ENGINEER’S CHOICE™
Ask Smalley. We have nothing against sales people. But when it comes to differentiating Inconel from Elgiloy or overcoming dimensional variations within a complex assembly, wouldn’t you rather work with an engineer?
Our customers would. That’s why they collaborate directly with our world-class team of Smalley engineers—experienced professionals whose only focus is helping you specify or design the ideal wave spring, Spirolox® retaining ring or constant section ring for your precision application.
Smalley wave springs reduce spring operating height by 50%, saving space and weight, fi tting tight radial and axial spaces. We offer more than 4,000 stock sizes in carbon and stainless steel.
Visit smalley.com for your no-charge test samples.
HOW DO I KNOWIF I’M TALKING TO AN ENGINEER OR A SALESMAN?
THE ENGINEER’S CHOICE™
Ask Smalley. We have nothing against sales people. But when it comes to differentiating Inconel from Elgiloy or overcoming dimensional variations within a complex assembly, wouldn’t you rather work with an engineer?
Our customers would. That’s why they collaborate directly with our world-class team of Smalley engineers—experienced professionals whose only focus is helping you specify or design the ideal wave spring, Spirolox® retaining ring or constant section ring for your precision application.
Smalley wave springs reduce spring operating height by 50%, saving space and weight, fi tting tight radial and axial spaces. We offer more than 4,000 stock sizes in carbon and stainless steel.
Visit smalley.com for your no-charge test samples.
Smalley wave springs reduce spring operating height by 50%, saving
fi tting tight radial and axial spaces. We offer more than 4,000 stock sizes in carbon and
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 25
THE TOP 1OO MEDTECH COMPANIES 1OO
5PHILIPS HEALTHCAREBC475958BREITNER CENTER AMSTELPLEIN 2 AMSTERDAM P7 Netherlands 1096 BC
Philips Healthcare, the Dutch conglomerate's largest business, was bedeviled by the closure of a Cleveland CT scanner plant last year but got the facility back online in 2015. In September 2014, Philips announced plans to sell off its legacy lighting business and merge its consumer and healthcare operations. In April 2015 Philips Healthcare tapped former Hologic CEO Rob Cascella to lead its imaging business. Zoll Medical agreed in November 2014 to acquire Philip Healthcare's InnerCool. The move toward managed care didn't escape its eye either, as the company formed a $500 million, 15-year partnership with Westchester Medical Center Health Network to develop new value-based healthcare solutions for the Hudson Valley hospital system.
MARKETS: Imaging/radiology, Patient monitoring, Healthcare IT
Employees: 37,000Revenue: $12,214,624,200*R&D Spend: $2,174,059,500Fiscal year ending: Dec. 31, 2014
* Revenues from Philips Healtchare only.
KEY PERSONNEL:
FRANS VAN HOUTEN, Chairman & CEO, Royal PhilipsJIM ANDREW, EVP Royal Philips, Chief Strategy & Innovation OfficerMARNIX VAN GINNEKEN: EVP, Chief Legal OfficerDENISE HAYLOR: EVP, Chief HR OfficerRONALD DE JONG: EVP Royal Philips, Chief Market LeaderPATRICK KUNG: EVP Royal Philips, CEO Greater ChinaPIETER NOTA: EVP & CEO, Philips Consumer LifestyleERIC RONDOLAT: EVP & CEO, Philips LightingRON WIRAHADIRAKSA: EVP & CFO, Royal Philips
31 20 59 77777 www.usa.philips.com
TOP 10 100 List_9-15_Vs4-BP.indd 25 9/17/15 5:37 PM
26 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
Cardinal Health in May 2014 closed the $320 million acquisition of AccessClosure and its Mynx extravascular closure technology. In April 2015, the company agreed to disgorge nearly $27 million to settle charges that it exercised an illegal monopoly on low-energy radiopharmaceuticals. A month later, Johnson & Johnson accepted Cardinal's binding offer worth about $2 billion for its Cordis stent-making arm.
Cardinal Health told us it also inked a long-term strategic agreement with Henry Schein, acquired advanced wound care systems developer Innovative Therapies, and unveiled its PRO negative pressure wound therapy line.
MARKETS: Surgical, Laboratory
Employees: 34,000Revenue: $11,400,000,000*Fiscal year ending: June 30, 2015
KEY PERSONNEL:
NICK AUGUSTINOS SVP, Health Information Services & StrategyGEORGE S. BARRETT Chairman & CEODONALD M. CASEY JR. CEO, Medical SegmentCRAIG COWMAN EVP, Global SourcingJOSEPH DEPINTO President, Cardinal Health Specialty SolutionsMIKE DUFFY President, Medical ProductsBRIAN ELLIS EVP, Enterprise Corporate Accounts & Strategic Account TeamsSTEVE FALK EVP, General Counsel & SecretaryMEGHAN M. FITZGERALD President, Specialty SolutionsJON GIACOMIN CEO, PharmaceuticalSTEVE INACKER President, Hospital Sales & ServicesMIKE KAUFMANN CFOCRAIG MORFORD Chief Legal & Compliance OfficerPATRICIA MORRISON EVP, Customer Shared Services, CIOTIFFANY OLSON President, Nuclear Pharmacy ServicesBILL OWAD SVP, Operational ExcellenceMICHAEL PETRAS President, Cardinal Health at HomeCAROLE WATKINS Chief HR Officer
* Revenues from Cardinal Health’s medical segment only.
TOP 10 100 List_9-15_Vs5.indd 26 9/17/15 5:45 PM
Hands-Free Storage HANDS-ON ENGINEERING
FIND A DISTRIBUTOR
DESIGN IDEAS + PRODUCT UPDATES
accuride.com
Enhanced 3832HDTRTOUCH RELEASE for hands-free operation - no glove removal! Perfect for lab environments, medical carts, or anywhere requiring quick access to contents.
• Mechanism propels drawers open• Load rating up to 100 lbs. • Full extension• Easy to download CAD drawings
Accuride 9-15.indd 15 9/15/15 3:32 PM
28 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
THE TOP 1OO MEDTECH COMPANIES1OO
7ALCONLICHTSTRASSE 35BASEL, Switzerland 4056
011 41 61 324 1111 www.novartis.com
Alcon's AcrySof IQ PanOptix trifocal intraocular lens won a recommendation for approval from and FDA advisory panel in November 2014; in June 2015 the device won CE Mark approval in the European Union. Pharma giant Novartis, Alcon's Swiss parent, struck a deal in July 2014 for Alcon to license Google's smart lens technology for medical use. In May 2014 Novartis replaced Kevin Buehler, who retired, with Sandoz chief Jeff George. MARKETS: Vision
Employees: 100,000Revenue: $10,827,000,000*R&D Spend: $9,030,000,000Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
JOSEPH JIMENEZ CEO, NovartisJEFF GEORGE Global Head of AlconCHRISTINA ACKERMANN SVP, General Counsel, AlconPAUL VAN ARKEL Head of Corporate Strategy & Healthcare Systems;LAURENT ATTIAS Head, Strategy, Business Development & Market Access, AlconSERGIO DUPLAN Region President, Latin America & Canada, AlconFREDERIC GUERARD Global Franchise Head, Alcon PharmaceuticalDAVID NIETO CFOBETTINA MAUNZ VP, Global Head Communications, AlconMERRICK MCCRACKEN SVP, HR, AlconED MCGOUGH SVP, Global Manufacturing & Technical Operations, AlconJIM MURPHY Region President, Japan, AlconMICHAEL ONUSCHECK Global Franchise Head, Alcon SurgicalRIAD SHERIF President, EMEA, AlconERIC VAN OPPENS President, Asia & Russia, AlconROBERT WARNER President, United States, AlconSUE WHITFILL Head, Global Quality, Alcon
* Revenues from Alcon segment only.
TOP 10 100 List_9-15_Vs5.indd 28 9/17/15 5:45 PM
Renishaw Inc Hoffman Estates, IL www.renishaw.com
The fi nest miniature encoders for the most demanding spaces.
Renishaw offers class-leading position encoders for precision motion control the world over. With their exceedingly small dimensions and lightweight design this family of high performance sensors are ideal for applications with tight spaces and even tighter tolerances.
■ Fits almost any linear or rotary feedback design you can imagine
■ Available in PCB-ready confi guration or as stand-alone cabled option
■ Powerful magnetic and optical scale technology for uncompromising accuracy
■ Exceptional dirt immunity and the highest signal stability
Explore the wide range of options, confi gurations and applications at:
www.renishaw.com/encoders
Exceptional dirt immunity and the highest signal stability
ATOM—The world’s fi rst high precision, miniature optical encoder with fi ltering optics
20.5 x 12.7 x 6.7 mm
RoLin—An environmentally hardened, packaged miniature magnetic encoder for OEM system integration
12 x 8.5 x 5 mm
RLB—A PCB-level magnetic encoder designed for high volume low cost OEM integrations with added fl ex cable option
8 x 3.3 x 14 mm
RLC—PCB-level magnetic position encoder designed for high volume, low cost OEM integration
* Revenues from Baxter International’s medical products segment only.
As it digested 2013's $4 billion buyout of Gambro, the big news for Baxter last year and in 2015 was the spinout of part of its pharmacy business as Baxalta. Baxter also sold off its vaccines business last year, to pharma giant Pfizer for $365 million, and closed the sale of its continuous renal replacement therapy business to Nikkiso. The company recalled some of its Sigma Spectrum infusion pumps in 2014, but won 510(k) clearance from the FDA for a next-generation version of the Sigma Spectrum a little while later.
MARKETS: IV Supplies, Hospital Supplies, Intensive Care, Dialysis, Drug Delivery, Diabetes
Employees: 66,000Revenue: $9,972,000,000*R&D Spend: $1,421,000,000Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
ROBERT L. PARKINSON JR. Chairman & CEO BRIK V. EYRE VP & President, Hospital Products ROBERT FELICELLI VP, Quality TIMOTHY P. LAWRENCE VP, Operations JEANNE K. MASON VP, HR JAMES K. SACCARO VP & CFO JILL M. SCHAAF VP & President, Renal MARCUS SCHABACKER VP & Chief Scientific Officer DAVID P. SCHARF VP, General Counsel & Secretary PAUL VIBERT VP & President, International
TOP 10 100 List_9-15_Vs5.indd 30 9/17/15 5:45 PM
Visit us at AUVSI in Denver, Booth #2333
EAGLE STAINLESS Tube & Fabrication Inc.10 Discovery Way Franklin Massachusettsphone 800-528-8650 fax. 800-520-1954
MEETING YOUR NEEDS FOR PRECISION STAINLESS STEEL
• Extensive inventory of Tubing, Bar Stock, Hollow Bar, Flanges, Pipe, Fittings
• Cut-to-length stainless tubing
• CNC machined stainless parts
• Bending and coiling of stainless and other materials
• Redrawing of stainless tubing, rod and bar stock
ISO 9001ISO 13485AS 9100
The performance leader in fabricated products inStainless Steel, Nickel Alloys, Aluminum, & Titanium
Stryker closed out 2013 by closing out its $1.7 billion acquisition of robot-assisted surgery company Mako Surgical and began 2014 with a flurry of other buyouts: Hip arthoplasty device maker Pivot Medical; Patient Safety Technologies for $120 million; Berchtold Holding, a German medtech manufacturer specializing in hospital equipment, for $172 million. Later in the year Stryker closed a deal for Small Bone Innovations worth up to $375 million. But the biggest deal of all - Stryker's rumored takeover of British rival Smith & Nephew - never materialized. Stryker also began 2015 with an acquisition, buying Canadian hospital bed maker CHG, and CEO Kevin Lobo has said that M&A is the company's top priority for the $2.59 billion in ready cash it’s carrying on its balance sheet. The company also agreed to settle thousands of product liability lawsuits over recalled Rejuvenate and ABG-II metal-on-metal hip implants for more than $1 billion. Late in the year Stryker put to rest another legal case it inherited when it bought Otismed, agreeing to pony up $80 million after the company and its former CEO pleaded guilty to distributing knee replacement surgery cutting guides without FDA clearance.
MARKETS: Orthopedics, Patient Care & Mobility, Neuromodulation/neurostimulation, Surgical
Employees: 26,000Revenue: $9,675,000,000*R&D Spend: $614,000,000Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
KEVIN A. LOBO Chairman & CEO YIN C. BECKER VP, Communications, Public Affairs & Strategic Marketing STEVEN P. BENSCOTER VP, Global HR DEAN H. BERGY VP, Secretary WILLIAM E. BERRY JR. VP, Controller JEANNE M. BLONDIA VP, Finance & Treasurer LONNY J. CARPENTER President, Global Quality & Operations & European Business Operations IRENE B. CORBE VP, Internal Audit DAVID K. FLOYD President, OrthopedicsDAVID G. FURGASON VP, TaxMICHAEL D. HUTCHINSON General CounselWILLIAM R. JELLISON VP, CFOKATHERINE A. OWEN VP, Strategy & Investor RelationsBIJOY SAGAR VP, CIOTIMOTHY J. SCANNELL President, MedSurg & NeurotechnologyELIZABETH A. STAUB VP, Regulatory Affairs & Quality AssuranceRAMESH SUBRAHMANIAN President, InternationalBRONWEN R. TAYLOR VP, Compliance & Risk Management
TOP 10 100 List_9-15_Vs5.indd 32 9/17/15 5:46 PM
C
M
Y
CM
MY
CY
CMY
K
MedicalDesignOutsourcing_MDrive_ad_2015.ai 1 4/28/2015 9:54:36 AM
Schneider 5-15.indd 56 9/15/15 3:34 PM
34 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
THE TOP 1OO MEDTECH COMPANIES1OO
1O FUJIFILM HOLDINGS7-3, Akasaka 9-chomeMinato-ku, Tokyo, Japan 107-0052
Fujifilm's medical systems division is built on the company's diagnostic imaging technologies, including its foundational digital X-ray diagnostics business (the firm launched its first X-ray film product in 1936 and introduced the world's first digital X-ray imaging and diagnostic system in 1983). Its brands include Fuji Computed Radiography and the Synapse digital image sharing system, and it operates in 3 segments: Imaging solutions, information solutions and document solutions. In July 2015 the company submitted the 1st module in its premarket approval application for digital breast tomosynthesis as an upgrade for its Aspire Cristalle mammography system.
MARKETS: Imaging/radiology, Radiopharmaceuticals
* Revenues from Fujifilm Holdings’ Information Solutions segment only.
Employees: 79,235Revenue: $9,017,788,916*R&D Spend: $1,523,964,441Fiscal year ending: March 31, 2015
impossible to design,manufacture orengineer. It has to be
earned.
Trust is
Quality, integrity and value-added project performance are features built in to every medical device development program managed by Proven Process. We have served the industry for over twenty years and today, we are trusted by start-ups,emerging companies and large, diversified OEMs, all of whom are driven to improve patient outcomes. Our services include:
Early Stage Technology Development• Requirements Analysis• Proof of Concept Analysis• Rapid Prototyping
Above: Pneumatic driver for a total artificialheart designed and manufactured byProven Process Medical Devices
Proven Process 9-15.indd 15 9/15/15 4:14 PM
36 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
THE TOP 1OO MEDTECH COMPANIES1OO
11
12
ESSILOR INTERNATIONAL
BOSTON SCIENTIFIC
147 rue de Paris, Charenton-le-Pont, France 94220
300 BOSTON SCIENTIFIC WAY MARLBOROUGH, MASSACHUSETTS 01752-1234
Employees: 58,000Revenue: $7,539,399,000R&D Spend: $249,983,600Fiscal year ending: Dec. 31, 2014
Employees: 24,000Revenue: $7,380,000,000R&D Spend: $817,000,000Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
HUBERT SAGNIÈRES Chairman and CEO PAUL DU SAILLANT COO LAURENT VACHEROT COO JEAN CARRIER-GUILLOMET COO TADEU ALVES President Latin America ERIC BERNARD COO Africa, Middle East, Russia, Asia JAYANTH BHUVARAGHAN Chief Corporate Mission Officer CARL BRACY VP Marketing & Business Development, Essilor of America PATRICK CHERRIER President, Africa, Middle East, Russia, Asia LUCIA DUMAS SVP Comm unications BERNARD DUVERNEUIL CIO NORBERT GORNY President Satisloh, Equipment & Consumables REAL GOULET SVP, Rx Sunwear LENA HENRY Chief Strategy Officer ERIC LÉONARD President Essilor of America ALEXANDER LUNSHOF Chief Legal Officer FRÉDÉRIC MATHIEU SVP HR BERNHARD NUESSER President Europe ERIC PERRIER SVP R&D GÉRALDINE PICAUD CFO PATRICK PONCIN SVP Global Engineering ALAIN RIVELINE SVP, Strategic Marketing THIERRY ROBIN “Digital Surfacing Strategic Opportunity” Project Director BERTRAND ROY SVP Strategic Partnerships KEVIN RUPP CFO and VP Finance and Administration Essilor of America ERIC THOREUX President Sun, Reader and Photochromic CAROL XUEREF Secretary General
KEY PERSONNEL:
MICHAEL F. MAHONEY, President & CEO KEVIN BALLINGER, SVP & President Interventional Cardiology SUPRATIM BOSE, EVP & President, Asia-Pac, Middle East and Africa DANIEL J. BRENNAN, EVP & CFO WENDY CARRUTHERS, SVP HR DR. KEITH D. DAWKINS, EVP & Global Chief Medical Officer JOSEPH M. FITZGERALD, EVP & President, Rhythm Management EDWARD MACKEY, EVP, Operations JEFF MIRVISS, SVP & President, Peripheral Interventions MAULIK NANAVATY, SVP & President, Neuromodulation MICHAEL P. PHALEN, EVP & President, MedSurg DAVID A. PIERCE, SVP & President, Endoscopy KAREN PRANGE, SVP & President, Urology & Women’s Health TIMOTHY A. PRATT, EVP, Chief Administrative Officer, General Counsel & Secretary BRAD SORENSON, SVP, Manufacturing & Supply Chain ERIC THÉPAUT, SVP & President, Europe
Employees: 54,017Revenue: $7,219,739,120R&D Spend: $290,672,420Fiscal year ending: Dec. 31, 2014
+49 (0 56 61) 71-0 www.bbraun.com
MARKETS: IV Supplies, Intensive Care, Surgical, Orthopedics, Dialysis, Wound Care
KEY PERSONNEL:
PROF. DR. HEINZ-WALTER GROSSE Chairman, Management Board, HR, Legal Affairs & Director of Labor Relations DR. ANNETTE BELLER Finance, Taxes, Controlling & Central Services OTTO PHILIPP BRAUN Region Iberian Peninsula & Latin America MARKUS STROTMANN B.Braun Avitum Division DR. MEINRAD LUGAN Hospital Care & OPM Divisions CAROLL H. NEUBAUER North America PROF. DR. HANNS-PETER KNAEBEL Aesculap Division
14 DANAHER2200 Pennsylvania Avenue, NW Suite 800W Washington, DC 20037
1 (202) 828-850 www.danaher.com
* Revenues from Danaher’s Life Sciences & Diagnostics segment only.
STEVEN M. RALES, Chairman MITCHELL P. RALES, Chairman, Executive Committee THOMAS P. JOYCE JR., President & CEO DANIEL L. COMAS, EVP & CFO MARK A. BECK, EVP WILLIAM K. DANIEL II, EVP JAMES A. LICO, EVP JAMES H. DITKOFF, SVP – Finance & Tax JONATHAN P. GRAHAM, SVP – General Counsel WILLIAM H. KING, SVP – Strategic Development ANGELA S. LALOR, SVP – HR ROBERT S. LUTZ, SVP – Chief Accounting Officer DANIEL A. RASKAS, SVP – Corporate Development
Smart fl uid handling to take you forward, faster.
RFID-enabled
Fluid/signal hybrid
Non-spill Connector and quick disconnect solutions to meet your needs. CPC thinks beyond the point of connection to improve patient safety and provide leak-free connections for your medical device and equipment designs.
• Designs prevent misconnections• Thousands of proven standard product choices• Custom connectors, including hybrids that transfer signal and fl uid in one step
Download the white paper at cpcworldwide.com/medical.
TOP 11-25 100 List_9-15_Vs4.indd 38 9/17/15 6:04 PM
15FRESENIUS MEDICAL CAREElse-Kroener-Strasse 1 Bad Homburg v.d.H, Germany 61352
+49 (0) 6172 608-0 www.fresenius.com
* Revenues from Fresenius Medical Care’s Fresenius Kabi division only.
Employees: 32,899Revenue: $6,842,636,200*R&D Spend: $485,340,200Fiscal year ending: Dec. 31, 2014
MARKETS: Dialysis
KEY PERSONNEL:
ULF M. (MARK) SCHNEIDER, Chairman; FRANCESCO DE MEO, CEO Fresenius Helios; JÜRGEN GÖTZ, Chief Legal & Compliance Officer & Labor Relations Director; MATS HENRIKSSON, CEO Fresenius Kabi; RICE POWELL, CEO Fresenius Medical Care; STEPHAN STURM, CFO; ERNST WASTLER, CEO Fresenius Vamed
Smart fl uid handling to take you forward, faster.
RFID-enabled
Fluid/signal hybrid
Non-spill Connector and quick disconnect solutions to meet your needs. CPC thinks beyond the point of connection to improve patient safety and provide leak-free connections for your medical device and equipment designs.
• Designs prevent misconnections• Thousands of proven standard product choices• Custom connectors, including hybrids that transfer signal and fl uid in one step
Download the white paper at cpcworldwide.com/medical.
TOP 11-25 100 List_9-15_Vs4.indd 39 9/17/15 6:05 PM
40 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
THE TOP 1OO MEDTECH COMPANIES1OO
16ST. JUDE MEDICALONE ST JUDE MEDICAL DRIVE ST. PAUL, MINNESOTA 55117
(651) 756-2000 www.sjm.com/corporate.aspx
Employees: 16,000Revenue: $5,622,000,000R&D Spend: $692,000,000Fiscal year ending: Jan. 3, 2015
DANIEL J. STARKS, Chairman, President & CEO JOHN C. HEINMILLER, EVP MICHAEL T. ROUSSEAU, COO LISA M. ANDRADE, VP, Chief Marketing Officer I. PAUL BAE, VP, Global HR & Chief Compliance Officer JOEL D. BECKER, President, Americas DR. MARK D. CARLSON, VP, Global Clinical Affairs & CMO JEFFREY A. DALLAGER, VP & Controller RACHEL H. ELLINGSON, VP, Global Communications DR. ERIC S. FAIN, President JEFF A. FECHO, VP, Global Quality DENIS M. GESTIN, President, International Division MARK W. MURPHY, VP, IT & CIO SCOTT P. THOME, VP, Global Operations & Supply Chain JASON A. ZELLERS, VP, General Counsel & Secretary DONALD J. ZURBAY, VP, Finance & CFO
MARKETS: Hospital Supplies, Surgical, Infection Prevention, Dermatology, Drug Delivery, Dental, Healthcare IT
Employees: 89,800Revenue: $5,572,000,000*R&D Spend: $1,770,000,000Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
INGE G. THULIN, Chairman, President & CEO JAMES L. BAUMAN, SVP, Business Transformation, Americas JULIE L. BUSHMAN, SVP, Business Transformation & Information Technology JOAQUIN DELGADO, EVP, Healthcare IVAN K. FONG, SVP, Legal Affairs & General Counsel NICHOLAS C. GANGESTAD, SVP & CFO IAN F. HARDGROVE, SVP, Corporate Communications & Enterprise Services PAUL A. KEEL, SVP, Supply Chain MICHAEL A. KELLY, EVP, Electronics & Energy ASHISH K. KHANDPUR, SVP, Research & Development & Chief Technology Officer JON T. LINDEKUGEL, SVP, Business Development FRANK R. LITTLE, EVP, Safety & Graphics Business Group MARLENE M. MCGRATH, SVP, HR MICHAEL F. ROMAN, EVP, Industrial Business Group HAK CHEOL SHIN, EVP, International Operations JESSE G. SINGH, SVP, Marketing & Sales MICHAEL G. VALE, EVP, Consumer
3M CO.
TOP 11-25 100 List_9-15_Vs4.indd 40 9/17/15 6:05 PM
18 ZIMMER-BIOMET345 East Main Street Warsaw, IN 46580
DAVID DVORAK President & CEO ROBIN T. BARNEY SVP, Global Operations & Logistics AUDREY BECKMAN SVP, Strategic Quality Initiatives TONY COLLINS, VP, Controller & Chief Accounting Officer DEREK DAVIS VP, Global Integration WILLIAM P. (BILL) FISHER SVP, Global HR DANIEL P. FLORIN: SVP & CFO ADAM R. JOHNSON President, Spine, Bone Healing, Dental, CMF & Thoracic STUART G. KLEOPFER: President, Americas DAVID J. KUNZ VP, Global Quality, Clinical & Regulatory Affairs KATARZYNA MAZUR-HOFSAESS, M.D., PH.D. President, EMEA DAVID A. NOLAN JR. President, Biologics, Extremities, Sports Medicine, Surgical, Trauma, Foot & Ankle CHAD PHIPPS SVP, General Counsel & Secretary DANIEL E. WILLIAMSON President, Joint Reconstruction, SANG YI: President, Asia Pacific
19OLYMPUS CORPShinjuku Monolith, 3-1 Nishi-Shinjuku 2-chome, Shinjuku-ku, Tokyo 163-0914, Japan
21SMITH AND NEPHEW15 ADAM STREET LONDON ENGLAND X0 WC2N 6LA
www.smith-nephew.com
MARKETS: Orthopedics, Prosthetic, Surgical, Wound Care Employees: 13,468Revenue: $4,617,000,000R&D Spend: $235,000,000Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
OLIVIER BOHUON CEO JULIE BROWN CFO RODRIGO BIANCHI President, IRAMEA JACK CAMPO Chief Legal Officer PHIL COWDY SVP, Corporate Affairs & Strategic Planning MIKE FRAZZETTE President, Advanced Surgical Devices GORDON HOWE President, Global Operations HELEN MAYE Chief HR Officer DIOGO CORREIA MOREIRA-RATO President, Europe & Canada CYRILLE PETIT Chief Corporate Development Officer ANTONY (TONY) RAYMENT President, Australia, New Zealand & Japan ARJUN RAJARATNAM Chief Compliance Officer SUSAN SWABEY Secretary GLENN WARNER President, Advanced Wound Management
TOP 11-25 100 List_9-15_Vs4.indd 42 9/17/15 6:43 PM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 43
22HOSPIRA275 North Field Drive Lake Forest, Illinois 60045
(224) 212-2000 www.hospira.com/en/
KEY PERSONNEL:
F. MICHAEL BALL CEO ROYCE R. BEDWARD SVP, General Counsel and Secretary DAVID J. ENDICOTT President, Medical Devices RICHARD J. DAVIES SVP & Chief Commercial Officer MARY A. GENDRON SVP & CIO ZENA G. KAUFMAN SVP, Quality KENNETH F. MEYERS SVP, Chief HR Officer DR. SUMANT RAMACHANDRA SVP, Chief Scientific Officer BRIAN J. SMITH VP, Special Counsel MATTHEW R. STOBER SVP, Operations THOMAS E. WERNER SVP, Finance & CFO MARC J. YOSKOWITZ SVP, Strategy & Corporate Development RICHARD J. HOFFMAN Vice President, Controller & Chief Accounting Officer
MARKETS: IV Supplies, Drug Delivery, Healthcare IT Employees: 19,000Revenue: $4,463,700,000R&D Spend: $344,300,000Fiscal year ending: Dec. 31, 2014
23GRIFOLSAvinguda de la Generalitat, 152-158 Parc de Negocis Can Sant Joan Sant Cugat del Vallès Barcelona, Spain 08174
www.grifols.com/en/web/international/home
Employees: 13,980Revenue: $4,461,654,105R&D Spend: $240,347,264Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
VÍCTOR GRIFOLS ROURA, President & CEO RAMÓN RIERA ROCA, EVP & President, Global Commercial ALFREDO ARROYO GUERRA, Corporate VP (CVP) & CFO CARLOS ROURA FERNÁNDEZ, CVP & President, Global Industrial Division MONTSERRAT LLOVERAS CALVO, CVP & Director, Corporate Accounting & Reporting ANTONIO VIÑES PÁRES, CVP & Director, Corporate Planning & Control EVA BASTIDA TUBAU, CVP & Director of Scientific & Medical AffairsVICENTE BLANQUER TORRE, CVP & Technical Director, Biological Industrial Group MATEO FLORENCIO BORRÁS HUMBERT, CVP & Director of Global HR FRANCISCO JAVIER JORBA RIBES, CVP & President, Biological Industrial Group GREGORY GENE RICH, CVP, President & CEO, Grifols Shared Services North America DAVID IAN BELL, CVP & General Counsel, Grifols Shared Services North America ALBERTO GRIFOLS ROURA, CVP & Co-President, Instituto Grifols NURIA PASCUAL LAPEÑA, CVP & Director, Finance & Corporate Investor Relations Officer SHINJI WADA, CVP & President of Plasma Operations, Grifols Shared Services North America JOEL ABELSON, CVP & President, North America Commercial Division, Grifols Shared Services North America
TOP 11-25 100 List_9-15_Vs4.indd 43 9/17/15 6:06 PM
44 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
MARKETS: Surgical, Intensive Care, Infection Prevention, Patient Care and Mobility, Wound Care
Employees: 15,839Revenue: $3,888,969,902R&D Spend: $3,937,238Fiscal year ending: Sept. 30, 2014
KEY PERSONNEL:
ALEX MYERS, President & CEO ULF GRUNANDER, CFO HEINZ JACQUI, EVP, Medical Systems JOACIM LINDOFF, EVP, Infection Control ANDREAS QUIST, EVP, HR & Sustainability HARALD F. STOCK, EVP, Extended Care business area
25CERNER2800 Rockcreek Parkway North Kansas City, MO 64117
+1-816-221-1024 www.cerner.com
MARKETS: Healthcare IT Employees: 15,800Revenue: $3,402,703,000R&D Spend: $392,805,000Fiscal year ending: January 3, 2015
KEY PERSONNEL:
NEAL L. PATTERSON, Chairman & CEO CLIFFORD W. ILLIG, Vice Chairman ZANE M. BURKE, President MARC G. NAUGHTON, EVP & CFO MICHAEL R. NILL, EVP & COO RANDY D. SIMS, SVP, Chief Legal Officer & Secretary JEFFREY A. TOWNSEND, EVP & Chief of Staff JULIE M. WILSON, EVP & Chief People Officer
TOP 11-25 100 List_9-15_Vs4.indd 44 9/17/15 6:06 PM
Bishop Wisecarver 9-15.indd 15 9/16/15 10:15 AM
46 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
THE TOP 1OO MEDTECH COMPANIES1OO
C.R. BARD
HITACHI
BAYER
730 CENTRAL AVE MURRAY HILL, NJ 07974
6-6, Marunouchi 1-chome, Chiyoda-ku, Tokyo, 100-8280
TIMOTHY M. RING, Chairman & CEO JOHN H. WEILAND, President & COO CHRISTOPHER S. HOLLAND, SVP & CFO JIM C. BEASLEY, Group President TIMOTHY P. COLLINS, Group President JOHN P. GROETELAARS, Group VP SHARON M. LUBOFF, Group VP JOHN A. DEFORD, SVP, Science, Technology & Clinical Affairs SAMRAT S. KHICHI, SVP, General Counsel & Secretary PATRICIA G. CHRISTIAN, VP, Quality, Regulatory & Medical Affairs BETTY D. LARSON, VP, HR FRANK LUPISELLA JR., VP & Controller
KEY PERSONNEL:
TOSHIAKI HIGASHIHARA, Representative Executive Officer, President & COO MASAYA WATANABE, VP & Executive Officer, President & CEO, Healthcare Group & Healthcare Company AKIO YAMAMOTO, EVP, Healthcare Company YUKITOSHI KIYOMURA, EVP, Healthcare Company, Medical Division DAVID R. FAMIGLIETTI, President & General Manager RAY KOBA, VP, Finance, Treasurer/Controller/Secretary MATTHEW OBLON, Director of Service THOMAS OKO, Director of Marketing ANGELA VAN ARSDALE, Regulatory Affairs/Quality Assurance Manager RANDY R. BARASO, Manager, Business Development & Strategy KRISTEN PROVO, HR Manager JOHN WADDELL, National Sales Manager
KEY PERSONNEL:
MARIJN DEKKERS, Chairman & CEO WERNER BAUMANN, Chairman, Bayer HealthCare AXEL BOUCHON, Head of Business Development & Licensing DR. MICHAEL DEVOY, Chief Medical Officer, Bayer HealthCare ANDREAS GÜNTHER, Head, HR, Bayer HealthCare ALAN MAIN, Head, Medical Care Division
JOHN H. HAMMERGREN, Chairman, President & CEO JAMES BEER, EVP & CFO PATRICK J. BLAKE, EVP & Group President JORGE L. FIGUEREDO, EVP, HR PAUL C. JULIAN, EVP & Group President BANSI NAGJI, EVP, Corporate Strategy & Business Development LORI A. SCHECHTER, EVP, General Counsel & Chief Compliance Officer
KEY PERSONNEL:
DOW R. WILSON, President & CEO ELISHA W. FINNEY, EVP, Finance & CFO KOLLEEN T. KENNEDY, EVP, Oncology Systems JOHN W. KUO, SVP, General Counsel & Corporate Secretary SUNNY S. SANYAL, SVP & President, Imaging Components Business CLARENCE R. VERHOEF, SVP, Finance & Corporate Controller
KEY PERSONNEL:
BRET W. WISE, Chairman of the Board & CEO CHRISTOPHER T. CLARK, President & CFO JAMES G. MOSCH, EVP & COO; DEBORAH M. RASIN, VP, General Counsel & Secretary ROBERT J. SIZE, SVP; Albert J. Sterkenburg, SVP MAUREEN J. MACINNIS, VP, Chief HR Officer WILLIAM E. REARDON, VP & Treasurer ROBERT J. WINTERS, VP, Tax Richard M. Wagner, VP & Corporate Controller DEREK W. LECKOW, VP, Investor Relations TERESA A. DOLAN, DDS, MPH, VP & Chief Clinical Officer
(415) 983-8300 www.mckesson.com/
(650) 424-5834 www.varian.com
(717) 845-7511 www.dentsply.com/en-us
MARKETS: Healthcare IT
MARKETS: Dental
29
30
31
TOP 26-100 100 List_9-15_Vs5.indd 47 9/17/15 8:22 PM
48 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
THE TOP 1OO MEDTECH COMPANIES1OO
HOYA
SHIP HEALTHCARE HOLDINGS INC.
HOLOGIC
2-7-5 Naka-Ochiai, Shinjuku-ku, Tokyo 161-8525 Japan
3-20-8 Kasuga Suita Osaka, 565-0853 Japan
35 CROSBY DRIVE BEDFORD MA 01730
Employees: 36,605Revenue: $2,900,066,200R&D Spend: $175,250,615Fiscal year ending: March 31, 2015
Employees: 7,600Revenue: $2,584,896,917Fiscal year ending: March 31, 2015
HIROSHI SUZUKI, Representative Executive Officer President & CEO RYO HIROOKA, Representative Executive Officer & CFO EIICHIRO IKEDA, Executive Officer & COO, Information Technology GIRTS CIMERMANS, Executive Officer & COO, Life Care AUGUSTINE YEE, Executive Officer, Chief Legal Officer & Head of Corporate Development & Affairs
KEY PERSONNEL:
KUNIHISA FURUKAWA, Chairman & CEO; HIROTAKA OGAWA, President & COO FUTOSHI OHASHI, EVP KOICHI OKIMOTO, Senior Managing Director HIROYUKI KOBAYASHI, Senior Managing Director JUN MASUDA, Senior Managing Director HIROSHI YAMAMOTO, Senior Managing Director HIROSHI YOKOYAMA, Managing Director
KEY PERSONNEL:
STEPHEN P. MACMILLAN, Chairman, President & CEO ROBERT W. MCMAHON, CFO ALLISON BEBO, SVP, HR; ERIC B. COMPTON, COO CLAUS EGSTRAND, President, International JOHN M. GRIFFIN, General Counsel JAY A. STEIN, Co-founder, Chairman Emeritus, SVP & CTO PETER J. VALENTI III, President, Breast & Skeletal Health THOMAS A. WEST, President, Diagnostics Solutions
ANDREAS JOEHLE, Chairman & CEO DR. FELIX FREMEREY, Chief Process Officer MICHEL KUEHN, COO STEPHAN SCHULZ, CFO & Labor Director DR. WOLFGANG NEUMANN, CMO
KEY PERSONNEL:
MICHAEL A. MUSSALLEM, Chairman & CEO SCOTT B. ULLEM, VP, CFO DIRKSEN J. LEHMAN, VP, Public Affairs DONALD E. BOBO JR., VP, Heart Valve Therapy, Strategy & Development RICH LUNSFORD, VP, Healthcare Solutions CHRISTINE Z. MCCAULEY, VP, HR JOHN P. MCGRATH, VP, Quality, Regulatory, Clinical STANTON J. ROWE, VP, Advanced Technology & Chief Scientific Officer KATIE SZYMAN, VP, Critical Care & Vascular PATRICK B. VERGUET, VP, EMEA, Canada & Latin America DR. HUIMIN WANG, VP, Japan, Asia & Pacific AIMEE S. WEISNER, VP, General Counsel LARRY L. WOOD, VP, Transcatheter Heart Valves
KEY PERSONNEL:
VINCENT A. FORLENZA, Chairman, President & CEO; GARY M. COHEN, EVP & President, Global Health; ALEXANDRE CONROY, EVP & President, Europe & EMA & Americas; JEROME V. HURWITZ, EVP & Chief HR Officer; WILLIAM A. KOZY, EVP & COO; JAMES LIM, EVP & President, Greater Asia; THOMAS POLEN, EVP & President, Medical Segment; CHRISTOPHER R. REIDY, CFO & EVP, Administration; NABIL SHABSHAB, EVP & Chief Marketing Officer; JEFFREY S. SHERMAN, EVP & General Counsel; STEPHEN SICHAK, EVP & Chief Integrated Supply Chain Officer; ELLEN R. STRAHLMAN, EVP, R&D & CMO; LINDA THARBY, EVP & President, Life Sciences; PIERRE BOISIER, EVP & Chief Quality Officer; RICHARD J. NAPLES, EVP & Chief Regulatory Officer; GARY M. DEFAZIO, VP & Secretary; JOHN E. GALLAGHER, VP, Finance, Treasurer & Controller; DAVID W. HIGHET, VP, Chief Intellectual Property Counsel & Assistant Secretary; PATTI E. RUSSELL, VP & Chief Ethics & Compliance Officer; ANTOINETTE F. SEGRETO, VP, Tax; DAVID SINGER, Assistant Secretary; ROBERT THIBEAULT, Assistant Secretary; PATRICIA A. WALESIEWICZ, Assistant Secretary
+49-7321 36-0 us.hartmann.info
www.edwards.com/Pages/Default.aspx
www.bd.com
MARKETS: Wound Care, Ostomy Care, Infection Prevention, Surgical
MARKETS: Surgical, Structural Heart
MARKETS: Urological, Robot-assisted Surgery, IV Supplies, Intensive Care, Diagnostics, Hospital Supplies
35
36
37
* Revenues from Becton, Dickinson’s BD Medical segment only.
TOP 26-100 100 List_9-15_Vs5.indd 49 9/17/15 8:23 PM
50 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
THE TOP 1OO MEDTECH COMPANIES1OO
BIOMERIEUX
NIPRO
COLOPLAST
69280 Marcy l’Etoile, France
3-9-3 HONJO-NISHI KITA-KU OSAKA 531-8510 JAPAN
200 Crossing Blvd. Bridgewater, NJ 08807
Holtedam 1 3050 Humlebæk Denmark
Employees: 8,935Revenue: $2,257,830,600Fiscal year ending: Dec. 31, 2014
Employees: 2,831Revenue: $2,248,694,912Fiscal year ending: March 31, 2015
JEAN-LUC BELINGARD, Chairman ALEXANDRE MÉRIEUX, CEO MICHEL BAGUENAULT, VP, HR & Communications NICOLAS CARTIER, VP, Industry Unit, Group Portfolio & Strategic Planning PIERRE CHARBONNIER, VP, Manufacturing & Supply Chain RICHARD DING, VP, Asia Pacific CLAIRE GIRAUT, VP & CFO FRANÇOIS LACOSTE, VP, Clinical Unit MARK MILLER, Chief Medical Officer YASHA MITROTTI, VP, EMEA ALAIN PLUQUET, VP, CTO & Innovation RANDY RASMUSSEN, VP, Molecular Biology STEFAN WILLEMSEN, VP, Americas, Chief Legal Officer
KEY PERSONNEL:
YOSHIHIKO SANO, President, Representative Director TOSHIAKI MASUDA, Managing Director, Director of General Research Institute MAKOTO SATO, Managing Director, Chief Director of Medicine Business, Director of Business Promotion, Chairman of the Board in Subsidiary, Director KAZUO WAKATSUKI, Managing Director, Director of International Business KIYOTAKA YOSHIOKA, Managing Director, Director of Domestic Business, Manager of Business Strategy Office KENJU FUJITA, Director of Medical Sales in Main Domestic Business Unit, Director MASAYUKI ITO, Director of 1st Product Development & Sales in Main Product Development & Sales Unit of Domestic Business Unit, Director YASUSHI KUTSUKAWA, Chief Director of Medical Sales in Domestic Business Unit, Director AKIO SHIRASU, Director of Product Development & Sales in International Business Unit, Director MITSUTAKA UEDA, Chief Director of Product Development & Sales in Domestic Business Unit, Director of Medical Equipment Development & Sales, Director
KEY PERSONNEL:
LARS RASMUSSEN, President & CEO; ANDERS LONNINGSKOVGAARD, EVP; ALLAN RASMUSSEN, EVP; Kristian Villumsen, EVP
33 04 78 87 20 00 www.biomerieux-usa.com/
(908) 393-7030 www.nipro.com
www.coloplast.us
MARKETS: Diagnostics
MARKETS: Dialysis, Hospital Supplies
MARKETS: Continence Care, Vascular, Wound Care, IV Supplies, Ostomy Care
38
39
40
TOP 26-100 100 List_9-15_Vs5.indd 50 9/17/15 8:23 PM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 51
1000 Alfred Nobel Drive, Hercules, California 94547
1020 KIFER ROAD SUNNYVALE CA 94086
Thomas Fischler Moislinger Allee 53-55 23558 Lübeck
Draeger Medical Inc. 3135 Quarry Road Telford, PA 18969
Employees: 7,600Revenue: $2,175,044,000R&D Spend: $220,333,000Fiscal year ending: Dec. 31, 2014
Employees: 2,978Revenue: $2,131,700,000R&D Spend: $178,000,000Fiscal year ending: Dec. 31, 2014
Employees: 7,458Revenue: $2,108,106,380*R&D Spend: $201,715,490Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
NORMAN SCHWARTZ, Chairman, President & CEO JOHN GOETZ, EVP, COO GIOVANNI MAGNI, EVP, Chief Strategy Officer CHRISTINE TSINGOS, EVP, CFO SHAWN M. SODERBERG, EVP, General Counsel & Secretary MIKE CROWLEY, EVP, Global Commercial Operations SHANNON HALL, EVP, President, Life Science Group JOHN HERTIA, EVP, President, Clinical Diagnostics Group RONALD HUTTON, VP, Treasurer JAMES STARK, VP, Corporate Controller
KEY PERSONNEL:
GARY S. GUTHART, President & CEO; MARSHALL L. MOHR, SVP & CFO; JAMIE E. SAMATH, VP, Corporate Controller, & Principal Accounting Officer; LONNIE M. SMITH, Chairman
KEY PERSONNEL:
STEFAN DRÄGER, Chairman GERT-HARTWIG LESCOW, Member, Executive Board, Finance ANTON SCHROFNER, Member, Executive Board WOLFGANG REIM, Head, Medical Technology
MARKETS: Respiratory, Pediatrics, Patient Monitoring, Hospital Supplies, Patient Care and Mobility, Healthcare IT, OEM
41
42
43* Revenues from Draegerwerk’s Medical segment only.
TOP 26-100 100 List_9-15_Vs5.indd 51 9/17/15 8:23 PM
52 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
THE TOP 1OO MEDTECH COMPANIES1OO
WATERS
ABBOTT LABORATORIES
MIRACA HOLDINGS
34 Maple Street, Milford, Massachusetts 01757
100 ABBOTT PARK ROAD D-322 AP6D ABBOTT PARK IL 60064-3500
Shinjuku Mitsui Building 8th floor, 2-1-1 Nishishinjuku, Shinjuku-ku, Tokyo 163-0408
Employees: 6,200Revenue: $1,989,344,000R&D Spend: $107,726,000Fiscal year ending: Dec. 31, 2014
Employees: 77,000Revenue: $1,958,000,000R&D Spend: $1,345,000,000Fiscal year ending: Dec. 31, 2014
Employees: 6,104Revenue: $1,935,568,375R&D Spend: $51,068,659Fiscal year ending: March 31, 2015
KEY PERSONNEL:
CHRISTOPHER J. O’CONNELL, President & CEO; EUGENE G. CASSIS, VP & CFO; ARTHUR G. CAPUTO, EVP & President, Waters Division; ELIZABETH B. RAE, VP, HR; EUGENE G. CASSIS, VP, CFO; MARK T. BEAUDOUIN, VP & General Counsel; TERRENCE P. KELLY, President, TA Instruments
KEY PERSONNEL:
MILES D. WHITE, Chairman & CEO; HUBERT L. ALLEN, EVP, General Counsel & Secretary; RICHARD W. ASHLEY, EVP, Corporate Development; BRIAN J. BLASER, EVP, Diagnostics Products; JOHN M. CAPEK, EVP, Medical Devices; THOMAS C. FREYMAN, EVP, Finance & CFO; STEPHEN R. FUSSELL, EVP, HR; HEATHER L. MASON, EVP, Nutritional Products, Global Commercial Operations; MICHAEL J. WARMUTH, EVP, Established Pharmaceuticals; JAIME CONTRERAS, SVP, Core Laboratory Diagnostics, Commercial Operations; GEORGES H. DE VOS, SVP, Established Pharmaceuticals, Emerging Markets; CHARLES D. FOLTZ, SVP, Abbott Vascular; ROBERT FORD, SVP, Diabetes Care; JEAN-YVES F. PAVEE, SVP, Established Pharmaceuticals, Developed Markets; DANIEL SALVADORI, SVP, Established Pharmaceuticals, Latin America; MURTHY V. SIMHAMBHATLA, SVP, Abbott Medical Optics; J. SCOTT WHITE, SVP, International Nutrition; ROBERT E. FUNCK, VP, Controller
TOP 26-100 100 List_9-15_Vs5.indd 52 9/17/15 8:24 PM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 53
ACELITY
SONOVA HOLDING
STERIS
12930 West Interstate 10 San Antonio, Texas 78249
Laubisrütistrasse 28 8712 Stäfa Switzerland
5960 HEISLEY ROAD MENTOR OH 44060 US
Employees: 5,740Revenue: $1,866,339,000R&D Spend: $69,321,000Fiscal year ending: Dec. 31, 2014
Employees: 9,960Revenue: $1,861,505,970R&D Spend: $119,731,486Fiscal year ending: March 31, 2015
Employees: 7,600Revenue: $1,850,263,000R&D Spend: $54,139,000Fiscal year ending: March 31, 2015
KEY PERSONNEL:
JOE WOODY, President & CEO JOHN BIBB, EVP & General Counsel PETER HUNTLEY, SVP, Emerging Markets DAVID BALL, SVP, Operations, Acelity DR. RON SILVERMAN, SVP & CMO LAURA PICCININI, President, Developed Markets BUTCH HULSE Chief Compliance Officer & SVP, Enterprise Risk Management GREG KAYATA, SVP, HR TOM CASEY, EVP & CFOGAURAV AGARWAL, President, Businesses & Innovation
KEY PERSONNEL:
LUKAS BRAUNSCHWEILER, CEO HARTWIG GREVENER, CFO CLAUDE DIVERSI, VP Wholesale, Europe & South America HANSJÜRG EMCH, Group VP, Medical MARTIN GRIEDER, Group VP, Phonak SARAH KREIENBÜHL, Group VP, HR & Communications STEFAN LAUNER, VP, Science & Technology ALBERT CHIN-HWEE LIM, VP, Wholesale, Asia/Pacific HANS MEHL, VP, Operations JAN METZDORFF, VP, Unitron FRANZ PETERMANN, VP, Connect Hearing Group PAUL THOMPSON, VP, Wholesale, North & Central America ANDI VONLANTHEN, VP, R&D
KEY PERSONNEL:
KATHLEEN L. BARDWELL, SVP & Chief Compliance Officer SUZANNE V. FORSYTHE, VP, HR DAVID A. JOHNSON, SVP, Surgical Solutions ROBERT E. MOSS, SVP & President, Steris Isomedix Services & Life Sciences SUDHIR K. PAHWA, SVP, Infection Prevention Technologies WALTER M ROSEBROUGH JR., President & CEO MICHAEL J. TOKICH, SVP, CFO & Treasurer J. ADAM ZANGERLE, VP, General Counsel & Secretary
www.acelity.com/
+41 58 928 33 33 www.sonova.com/en
www.steris.com
MARKETS: Hearing
MARKETS: Sterilization, Laboratory
47
48
49
TOP 26-100 100 List_9-15_Vs5.indd 53 9/17/15 8:24 PM
54 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
THE TOP 1OO MEDTECH COMPANIES1OO
TELEFLEX
CONVATEC
THE COOPER COS.
550 E Swedesford Rd Suite 400 Wayne Pa 19087 US
200 Headquarters Park Drive Skillman, NJ 08558
Mühlentalstrasse 36 8200 Schaffhausen Switzerland
Åholmvej 1-3, Osted 4320 Lejre Denmark
6140 Stoneridge Mall Road, Suite 590 Pleasanton, CA 94588
Employees: 11,700Revenue: $1,839,832,000R&D Spend: $61,040,000Fiscal year ending: Dec. 31, 2014
Employees: 9,000Revenue: $1,735,500,000R&D Spend: $37,200,000Fiscal year ending: Dec. 31, 2014
Employees: 9,000Revenue: $1,717,776,000R&D Spend: $66,259,000Fiscal year ending: Oct. 31, 2014
KEY PERSONNEL:
BENSON F. SMITH, Chairman, President & CEO LIAM KELLY, EVP & President, Americas THOMAS E. POWELL, EVP & CFO TONY KENNEDY, SVP, Global Operatons CAMERON HICKS, VP, Global HR JAMES J. LEYDEN, VP, General Counsel & Secretary KAREN BOYLAN, Global Regulatory Affairs & Quality Assurance JOHN DEREN, VP, Finance & Corporate Controller TIMOTHY F. DUFFY, VP & CIO JAKE ELGUICZE, Treasurer & VP, Investor Relations GWEN WATANABE, VP, Business Development & Technical Resources GREGG W. WINTER, VP, Tax
KEY PERSONNEL:
PAUL MORAVIEC, CEO; Nigel Clerkin, CFO TODD BROWN, CEO & Founder, 180 Medical ROBBIE HEGINBOTHAM, SVP, Operations JOHN MAGNUS LINDSKOG, President, Infusion Devices, Asia Pacific, & CCC MARK VALENTINE, President, Americas FIONA ADAM, VP & General Manager, Wound Therapeutics STEPHEN BISHOP, VP, R&D MADS HAUGAARD, VP & General Manager, Continence & Critical Care DOUGLAS LEFORT, VP & General Manager, Ostomy Care ADAM DEUTSCH, SVP & General Counsel ROBERT STEELE, VP, Quality, Regulatory & Clinical Affairs JOSEPH ROLLEY, VP, Government Affairs & Health Policy
KEY PERSONNEL:
ROBERT S. WEISS, President & CEO DANIEL G. MCBRIDE, EVP, COO & President, CooperVision CAROL R. KAUFMAN, EVP, Secretary, Chief Administrative Officer & Chief Governance Officer GREG W. MATZ, SVP, CFO & Chief Risk Officer ALBERT G. WHITE III, SVP & Chief Strategy Officer PAUL L. REMMELL, President & CEO, CooperSurgical
TOP 26-100 100 List_9-15_Vs5.indd 54 9/17/15 8:24 PM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 55
HILL-ROM HOLDINGS
RESMED
HALYARD HEALTH
1069 State Route 46 East Batesville, Indiana
9001 Spectrum Center Blvd. San Diego, CA 92123
5405 Windward Parkway Suite 100 South Alpharetta, Georgia 30004
Employees: 7,000Revenue: $1,686,100,000R&D Spend: $71,900,000Fiscal year ending: Sept. 30, 2014
Employees: 4,100Revenue: $1,678,912,000R&D Spend: $114,865,000Fiscal year ending: June 30, 2015
Employees: 12,000Revenue: $1,672,100,000R&D Spend: $33,600,000Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
JOHN J. GREISCH, President & CEO CARLOS ALONSO, SVP & President, Hill-Rom International MICHIEL DE ZWAAN, SVP, Chief HR Officer ANDREAS G. FRANK, SVP, Corporate Development & Strategy RICHARD G. KELLER, VP, Controller & Chief Accounting Officer BRIAN LAWRENCE, CTO SUSAN R. LICHTENSTEIN, SVP, Corporate Affairs & Chief Legal Officer MICHAEL MACEK, Treasurer MICHAEL J. MURPHY, SVP, Quality Assurance & Regulatory Affairs BLAIR A. (ANDY) RIETH, VP, Investor Relations ALTON SHADER, SVP & President, Hill-Rom North America ILANA SHULMAN, Chief Compliance Officer TAYLOR SMITH, SVP & President, Surgical & Respiratory Care CARLYN D. SOLOMON, COO STEVEN J. STROBEL, SVP, CFO
KEY PERSONNEL:
MICHAEL J. FARRELL, CEO Robert Douglas, President & COO GREG PEAKE, President, Sleep Disordered Breathing & Consumer LUKE MAGUIRE, President, Cardio-Respiratory Care RAJ SODHI, President, Healthcare Informatics JIM HOLLINGSHEAD, President, Americas ANNE REISER, President, Europe & Asia Pacific DON DARKIN, President, Innovation & Operations BRETT SANDERCOCK, CFO DAVID PENDARVIS, Chief Administrative Officer & Global General Counsel
KEY PERSONNEL:
ROBERT ABERNATHY, Chairman & CEO RHONDA GIBBY, SVP & Chief HR Officer CHRIS ISENBERG, SVP, Global Supply Chain & Procurement CHRIS LOWERY, SVP & COO WARREN MACHAN, SVP, Business Strategy STEVE VOSKUIL, CFO JOHN WESLEY, SVP, General Counsel & Chief Ethics & Compliance Officer
(812) 934-7777 www.hill-rom.com/usa/
(858) 836-5000 www.resmed.com/us/en/consumer.html
www.halyardhealth.com/
MARKETS: Respiratory
MARKETS: Patient Care and Mobility, Hospital Supplies, Healthcare IT
53
54
55
TOP 26-100 100 List_9-15_Vs5.indd 55 9/17/15 8:24 PM
BRUKER40 MANNING RD BILLERICA MA 01821
Employees: 6,200Revenue: $1,571,900,000R&D Spend: $174,200,000Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
FRANK H. LAUKIEN, Chairman, President & CEO CHARLES F. WAGNER JR., EVP & CFO MICHAEL G. KNELL, VP, Finance & Chief Accounting Officer THOMAS W. BACHMANN, President, BioSpin Group MARK R. MUNCH, President, NANO Group JUERGEN SREGA, President, CALID Group
(978) 663-3660 www.bruker.com
MARKETS: Laboratory
56THE TOP 1OO MEDTECH COMPANIES1OO
TOP 26-100 100 List_9-15_Vs5.indd 56 9/17/15 8:24 PM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 57
ELEKTA
NIHON KOHDEN
BOX 7593 10393 STOCKHOLM SWEDEN V7 00000
1-31-4 Nishiochiai, Shinjuku-ku, Tokyo 161-8560
Employees: 3,800Revenue: $1,559,437,704R&D Spend: $126,283,248Fiscal year ending: May 31, 2015
Employees: 4,616Revenue: $1,520,739,550Fiscal year ending: March 31, 2015
KEY PERSONNEL:
TOMAS PUUSEPP: President & CEO IAN ALEXANDER: EVP, Europe, Africa, Latin America, Middle East HÅKAN BERGSTRÖM: CFO JAMES P. HOEY: EVP, North America JOHN LAPRÉ: EVP Elekta Brachytherapy TODD POWELL: EVP Elekta Software JOHAN SEDIHN: COO GILBERT WAI: EVP Region Asia Pacific MAURITS WOLLESWINKEL: EVP Elekta Neuroscience BILL YAEGER: EVP Elekta Oncology
KEY PERSONNEL:
FUMIO SUZUKI: Chairman & CEO HIROKAZU OGINO: President & COO, General Manager, Marketing Strategy Department HIROSHI AIDA: Executive Operating Officer, General Manager, Import Business Operations YOSHITO TSUKAHARA: Senior Operating Officer, General Manager, Wellcare Business Division TAKASHI TAMURA: Senior Operating Officer, General Manager, Customer Service Operations TADASHI HASEGAWA: Senior Operating Officer, Responsible for Accounting, Legal Affairs & HR
WILLIAM DEMANT HOLDINGKongebakken 9 DK-2765 Smørum Denmark
Employees: 9,799Revenue: $1,490,801,589*R&D Spend: $121,102,028Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
NIELS JACOBSEN, President & CEO SVEND THOMSEN, Head of Finance
+45 3917 7300 www.demant.com
MARKETS: Hearing
59* Revenues from William Demant Holding’s hearing segments only.
TOP 26-100 100 List_9-15_Vs5.indd 57 9/17/15 8:24 PM
58 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
THE TOP 1OO MEDTECH COMPANIES1OO
IDEXX LABS
AGFA-GEVAERT
1 Idexx Drive, Westbrook, Maine 04092
Setestraat 27, B-2640 Mortsel, Belgium
Employees: 6,000Revenue: $1,485,807,000R&D Spend: $98,263,000Fiscal year ending: Dec. 31, 2014
Employees: 4,621Revenue: $1,421,449,300*R&D Spend: $128,980,900Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
JONATHAN AYERS, Chairman, President & CEO JAY MAZELSKY, EVP; Brian McKeon, EVP, CFO & Treasurer JOHNNY POWERS, EVP JACQUELINE STUDER, Corporate VP, General Counsel & Secretary MICHAEL WILLIAMS, EVP
KEY PERSONNEL:
CHRISTIAN REINAUDO, President & CEO KRIS HOORNAERT, CFO LUC DELAGAYE, President, Agfa Materials LUC THIJS, President, Agfa HealthCare STEFAAN VANHOOREN, President, Agfa Graphics
SMITHS MEDICAL1265 Grey Fox Road, St Paul, MN 55112
1500 Eureka Park, Lower Pemberton,
Ashford, Kent, TN25 4BF 600 Cordwainer Drive,
3rd Fl, Norwell, MA 02061
Employees: 7,850Revenue: $1,325,313,600R&D Spend: $192,862,800Fiscal year ending: July 31, 2014
KEY PERSONNEL:
JEFF MCCAULLEY, President; Stuart Beesley, CIO RUSS DAVIES, VP, RA/QA ROB WHITE, VP Finance CARL STAMP, VP Global Product Management ADAM JONES, Divisional General Counsel RON LEONHARDT, VP, HR LU ANNE GREEN, VP, Global Operations BEN SOMMERNESS, VP, Global Strategy BOB ARMSTRONG, VP & CTO, R&D
TOP 26-100 100 List_9-15_Vs5.indd 58 9/17/15 8:25 PM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 59
MINDRAY MEDICAL
INVACARE
Mindray Building, Keji 12th Road South, Hi-tech Industrial Park, Nanshan, Shenzhen 518057 The People’s Republic of China
ONE INVACARE WAY P O BOX 4028 ELYRIA OH 44036
Employees: 8,300Revenue: $1,322,814,000R&D Spend: $146,997,000Fiscal year ending: Dec. 31, 2014
Employees: 5,200Revenue: $1,270,163,000R&D Spend: $23,149,000Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
XU HANG, Chairman LI XITING, Executive Chairman, President & Co-CEO CHENG MINGHE, Co-CEO & Chief Strategic Officer WANG JIANXIN, COO ALEX LUNG, CFO FANNIE LIN FAN, Group General Counsel, Secretary
KEY PERSONNEL:
MATTHEW E. MONAGHAN: Chairman, President & CEO ROBERT K. GUDBRANSON: SVP & CFO ANTHONY C. LAPLACA: SVP & General Counsel PATRICIA STUMPP: SVP, HR
www.mindray.com/en/homepage/index.html
www.invacare.com/cgi-bin/imhqprd/default.jsp
MARKETS: Patient Monitoring, Intensive Care, Diagnostics, Imaging/radiology
MARKETS: Patient Care and Mobility, Bariatric/gastroenterology, Respiratory, Vascular
64
63
DJO GLOBAL1430 Decision Street Vista, California
Employees: 4,940Revenue: $1,229,166,000R&D Spend: $37,742,000Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
MICHAEL P. MOGUL: President & CEO TOBY BOST: President, DJO Global Consumer Business JEANINE KESTLER: EVP & Chief HR Officer SUSAN CRAWFORD: EVP, CFO STEVEN INGEL: President, Global Bracing & Supports JOE MCCLUNG: SVP & General Manager, DJO Global Vascular GERRY MCDONNELL: EVP, Global Operations STEPHEN J. MURPHY: President, Sales & Marketing, International Commercial Business MIKE PETERS: EVP, Chief Information Officer BRADY R. SHIRLEY: President, DJO Surgical DONALD M. ROBERTS: EVP, General Counsel & Secretary SHARON WOLFINGTON: President, Global Recovery Sciences
(800) 336-5690 www.djoglobal.com
MARKETS: Orthopedics, Prosthetic
65
TOP 26-100 100 List_9-15_Vs5.indd 59 9/17/15 8:25 PM
60 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
THE TOP 1OO MEDTECH COMPANIES1OO
NIKKISO
CARL ZEISS MEDITEC
Yebisu Garden Place Tower 22nd Floor, 20-3, Ebisu 4-Chome, Shibuya-ku, Tokyo 150-6022, Japan
Employees: 6,389Revenue: $1,222,385,096*Fiscal year ending: March 31, 2015
Employees: 2,972Revenue: $1,209,036,374R&D Spend: $75,017,673Fiscal year ending: Sept. 30 2014
KEY PERSONNEL:
TOSHIHIKO KAI, President & CEO NAOTA SHIKANO, Executive Officer, LEWA, CEO SHOICHI NAGATO, Executive Officer, General Manager, Aerospace NOBUHIKO BAN, Executive Officer, Corporate Planning Department, Administration SUSUMU KOITO, Executive Officer, General Manager, Administration Division, Environment Promotion SHOTARO FUJII, Executive Officer, General Manager, Shizuoka Plant, General Manager, Biomedical Engineering Center HISAKAZU NAKAHIGASHI, Executive Officer, General Manager, Kanazawa Plant, General Manager, Medical Factory TAKASHI OZEKI, Executive Officer, Nikkiso Vietnam, President HIROSHI BAMBA, Executive Officer, General Manager, Global Information Management Department
KEY PERSONNEL:
LUDWIN MONZ, President & CEO CHRISTIAN MÜLLER, Management Board, Finance & Controlling, Investor Relations, & Legal & Taxes THOMAS SIMMERER, Global Sales & Service
SIRONA DENTAL SYSTEMS30-30 47Th Ave Suite 500 Long Island City Ny 11101
Employees: 3,327Revenue: $1,171,100,000R&D Spend: $64,600,000Fiscal year ending: Sept. 30, 2014
KEY PERSONNEL:
JEFFREY T. SLOVIN, President & CEO MICHAEL AUGINS, President, Sirona Dental & EVP, Sirona Dental Systems ULRICH MICHEL, EVP & CFO WALTER PETERSOHN, EVP Sales RAINER BERTHAN, EVP JONATHAN FRIEDMAN, General Counsel & Secretary
www.sironausa.com/us/
MARKETS: Dental
68
TOP 26-100 100 List_9-15_Vs5.indd 60 9/17/15 8:25 PM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 61
11501 Alterra Parkway Suite 600 Austin, TX 78758 USA
Employees: 7,329Revenue: €1,025,198,700*R&D Spend: $74,463,200Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
HANS GEORG NÄDER, owner, president & CEO HARRY WERTZ, CFO HANS DIETL, CTO CHRISTIN GUNKEL, Chief Marketing Officer SÖNKE RÖSSING, Chief Strategy & HR Officer THORSTEN SCHMITT, COO MICHAEL HASENPUSCH, Head, BU MedicalCare HELMUT PFUHL, Head, BU Prosthetics GUNTER RÖPER, Head, BU Mobility Solutions PETER KRAUTGARTNER, Head, BU Neurorehabilitation FRANK BÖMERS, Head, BU Orthotics PHILIP HILGERS, Head, Group Controlling & Pricing GAURAV MISHRA, Head, Global Sales RALF STUCH, Head, Group Finance & Treasury & President, Asia/Pacific REGINA THUMS, Head, Legal KARL-HEINZ BURGHARDT, President, Eastern Europe, Middle East, Africa RALF STUCH, Head, Group Finance & Treasury & President, Asia/Pacific TARAS REBET, President, Western Europe ANDREAS SCHULTZ, President, North America & CFO WILSON ZAMPINI, President, Latin-America
* Revenues from Ottobock’s healthcare business only.
2815 S. Calhoun RoadNew Berlin, WI 53151Phone: 800-877-8351Fax: [email protected]
Stainless Steel Machine Components
J.W. Winco, Inc. offers stainless steel parts for industry with very high corrosion resistance, hygienic properties, and the ultimate in material quality. Pictured is just a sampling of our products.
Explore our full line at www.jwwinco.com or contact us with your application requirements.
TOP 26-100 100 List_9-15_Vs5.indd 61 9/17/15 8:25 PM
62 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
Employees: 3,815Revenue: $993,152,930R&D Spend: $106,774,910Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
ROSARIO BIFULCO, Chairman ANDRÉ-MICHEL BALLESTER, CEO MICHEL DARNAUD, President, Cardiac Surgery STEFANO DI LULLO, President, Cardiac Rhythm Management JACQUES GUTEDEL, VP, Intercontinental PRITPAL SHINMAR, VP, Market Access BRIAN SHERIDAN, General Counsel DEMETRIO MAURO, CFO STÉPHANE BESSETTE, VP, HR EDWARD ANDRLE, VP, Strategy & Business Development
72* Revenues from Omron’s healthcare segment only.
TOP 26-100 100 List_9-15_Vs5.indd 62 9/17/15 8:25 PM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 63
INTEGRA LIFESCIENCES311 Enterprise Drive Plainsboro NJ 08536 US
Employees: 3,400Revenue: $928,305,000R&D Spend: $51,596,000Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
PETER J. ARDUINI: President & CEO GLENN G. COLEMAN: VP & CFO STUART M. ESSIG: Chairman MARK AUGUSTI: VP, President, Orthopedics & Tissue Technologies KENNETH BURHOP: VP, Chief Scientific Officer ROBERT T. DAVIS JR.: VP, President, Specialty Surgical Solutions RICHARD D. GORELICK: VP, General Counsel, Administration & Secretary JOHN MOORADIAN: VP, Global Operations & Supply Chain JUDITH E. O’GRADY: VP, Global Regulatory Affairs DAN REUVERS: VP, President, International JOSEPH VINHAIS: VP, Global Quality Assurance
www.integralife.com
MARKETS: Neuromodulation/neurostimulation, Orthopedics, Surgical, Cosmetic/aesthetic, Wound Care, Chronic Pain, Dental
73
COCHLEAR LTD.1 University Avenue, Macquarie University NSW 2109 Australia
Employees: 2,632Revenue: $925,630,000R&D Spend: $127,985,000Fiscal year ending: June 30, 2015
KEY PERSONNEL:
CHRIS ROBERTS, President & CEO RICHARD BROOK, President, Europe JAN JANSSEN, SVP, Design & Development, Clinical & Regulatory NEVILLE MITCHELL, CFO & Secretary MARK SALMON, President, Asia Pacific CHRIS SMITH, President, Americas
Employees: 3,383Revenue: $910,373,000R&D Spend: $54,187,000Fiscal year ending: March 28, 2015
KEY PERSONNEL:
BRIAN CONCANNON: President & CEO CHRISTOPHER LINDOP: CFO & EVP Business Development SUSAN HANLON: VP Finance BRIAN BURNS: EVP, Global Quality & Regulatory Affairs KENT DAVIES: COO DAVID FUSCO: EVP, Global HR SANDRA L. JESSE: EVP, Chief Legal Officer CHRISTOPHER LINDOP: CFO & EVP Business Development BYRON SELMAN: President, Global Markets DR. JONATHAN WHITE: Chief Science & Technology Officer
www.haemonetics.com
MARKETS: Blood Management
75
TOP 26-100 100 List_9-15_Vs5.indd 63 9/17/15 8:26 PM
64 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
THE TOP 1OO MEDTECH COMPANIES1OO
KAWANISHI HOLDINGS8th Floor, Nihon-Seimei Okayama BuildingII 1-1-3 Shimoishii, Kita-ku, Okayama City, Okayama Japan 700-0907
Employees: 1,082Revenue: $893,843,389Fiscal year ending: June 30, 2015
KEY PERSONNEL:
TOSHIYUKI MAESHIMA, Chairman & CEO TAIRA TAKAI, President & COO
www.kawanishi-md.co.jp/english/index.asp
MARKETS: Cardiovascular, Cosmetic/aesthetic, Surgical, Laboratory, Diagnostics, Patient Care and Mobility, Healthcare IT
76
GN STORE NORD
NUVASIVE
Lautrupbjerg 7 2750 Ballerup Denmark
7475 Lusk Blvd. San Diego CA 92121
Employees: 3,383Revenue: $795,889,655*R&D Spend: $110,950,829Fiscal year ending: Dec. 31, 2014
Employees: 1,500Revenue: $762,415,000R&D Spend: $37,986,000Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
ANDERS HEDEGAARD, President & CEO, GN ReSound ANDERS BOYER, CFO, GN Store Nord RENÉ SVENDSEN-TUNE, President & CEO, GN Netcom
KEY PERSONNEL:
GREGORY T. LUCIER: Chairman & CEO QUENTIN S. BLACKFORD: EVP & CFO PATRICK MILES: President & COO MATT LINK: President, U.S. Commercial JASON M. HANNON: EVP, International & General Counsel CAROL COX: EVP, Strategy, Corporate Development & External Affairs PETE LEDDY, PH.D.: EVP, HR & Corporate Integrity RUSSELL POWERS: EVP JOHNSON LAI: Chief Information Officer
77* Revenues from GN Store Nord’s ReSound division only.
TOP 26-100 100 List_9-15_Vs5.indd 64 9/17/15 8:26 PM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 65
ALIGN TECHNOLOGY
KONICA MINOLTA HOLDINGS
CONMED
2560 Orchard Parkway San Jose CA 95131
JP TOWER, 2-7-2 Marunouchi, Chiyoda-ku, Tokyo 100-7015
525 French Road Utica NY 13502
Employees: 3,580Revenue: $761,653,000R&D Spend: $52,799,000Fiscal year ending: Dec. 31, 2014
Employees: 40,000Revenue: $742,386,987*R&D Spend: $40,344,241Fiscal year ending: March 31, 2015
Employees: 3,500Revenue: $740,055,000R&D Spend: $27,779,000Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
JOSEPH M. HOGAN: President & CEO DAVID L. WHITE: CFO SIMON BEARD: VP & Managing Director, EMEA JENNIFER ERFURTH: VP, Global HR ROGER E. GEORGE: VP, Legal Affairs & General Counsel TIM MACK: VP, Scanner & Services RAPHAEL S. PASCAUD: Chief Marketing Portfolio & Business Development Officer CHRIS PUCO: VP, North American Sales ZELKO RELIC: VP, Research & Development JULIE TAY: VP & Managing Director, Asia Pacific EMORY WRIGHT: VP, Operations
CURT R. HARTMAN: President & CEO PATRICK J. BEYER: President, International TERENCE M. BERGÉ: VP, Corporate Controller HEATHER L. COHEN: EVP, HR & Secretary DANIEL S. JONAS: EVP, Legal Affairs & General Counsel GREGORY R. JONES: EVP, Quality Assurance/Regulatory Affairs JOHN E. (JED) KENNEDY: VP & General Manager CET JOHONNA PELLETIER: Treasurer & VP, Tax STANLEY W. (BILL) PETERS: VP & General Manager Advanced Surgical LUKE A. POMILIO: EVP, Finance & CFO PETER K. SHAGORY: EVP, Strategy & Corporate Development MARK D. SNYDER: EVP, Operations & Business Systems
www.aligntech.com
(81) 3-6250-2111 konicaminolta.us
www.conmed.com
MARKETS: Imaging/radiology, Healthcare IT
MARKETS: Dental
MARKETS: Cardiovascular, Intensive Care, Endoscopic/arthroscopic, Bariatric/gastroenterology, Pulmonary/bronchoscopy, Imaging/radiology, Orthopedics
79
81
80* Revenues from Konica Minolta Holdings’ healthcare division only.
TOP 26-100 100 List_9-15_Vs5.indd 65 9/17/15 8:26 PM
66 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
THE TOP 1OO MEDTECH COMPANIES1OO
GREATBATCH
WELCH ALLYN*
AMPLIFON
2591 Dallas Parkway, Suite 101 Frisco Tx 75034
4341 State Street Road Skaneateles Falls, NY 13153
Via Ripamonti, 133 20141 Milano
Employees: 3,690Revenue: $687,787,000R&D Spend: $49,845,000Fiscal year ending: Jan. 2, 2015
Employees: 2,600Revenue: $683,772,000R&D Spend: $49,787,000Fiscal year ending: Dec. 31, 2014
Employees: 5,789Revenue: $670,024,066Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
THOMAS J. HOOK: President & CEO MICHAEL DINKINS: EVP & CFO MAURICIO ARELLANO: EVP, Global Operations ANDREW P. HOLMAN: EVP, Global Sales & Marketing THOMAS K. HICKMAN: EVP, Global Sales & Marketing, QiG Group GEORGE M. CINTRA: EVP & Chief Technology Officer;TIMOTHY G. MCEVOY: SVP, General Counsel & Secretary
KEY PERSONNEL:
STEVE MEYER, President & CEO JOSEPH HENNIGAN, EVP & COO MIKE EHRHART, EVP, Product Development DAN FISHER, EVP, HR & Organization Leadership JANIE GODDARD, EVP, Strategic Business Units & Marketing GREGORY PORTER, EVP, General Counsel JON SODERBERG, EVP, Corporate Development JOHN TIERNEY, Region President, Americas HISHAM HOUT, Region President, Europe, Middle East & India SUNNY GOH, Region President, Japan & Asia Pacific
KEY PERSONNEL:
FRANCO MOSCETTI - CEO ENRICO BORTESI - Chief Supply Chain & Purchasing Officer GIOVANNI CARUSO - Chief HR Officer ANDREA FACCHINI - Chief Marketing Officer MASSIMILIANO GERLI - Chief Information Officer UGO GIORCELLI - CFO JOHN PAPPALARDO – EVP APAC HEINZ RUCH - EVP Americas ENRICO VITA – COO
TOP 26-100 100 List_9-15_Vs5.indd 66 9/17/15 8:26 PM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 67
STRAUMANN60 Minuteman Road Andover, MA 01810
Employees: 2,387Revenue: $649,711,410R&D Spend: $32,485,571Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
MARCO GADOLA, CEO PETER HACKEL, CFO WOLFGANG BECKER Head Sales Central Europe GUILLAUME DANIELLOT Head Sales Western Europe ANDY MOLNAR Head Sales North America ALEXANDER OCHSNER Head Sales Asia/Pacific FRANK HEMM Head Customer Solutions & Education GERHARD BAUER Head Research, Development & Operations PETRA RUMPF Head of Instradent & Strategic Alliances
(800) 448-8168; (978) 747-2500 www.straumann.us
MARKETS: Dental
85
Precision Injection Molds
Design - Build - Repair
small part molds and repairs
3D Design - Machining - Wire EDM - Sinker EDM
Micro Laser Welding - Laser Marking/Engraving
Assembly fixturing/automation
34 Tower Street - Hudson, MA 01749
www.maynardtool.com978-568-1900
.025”pins
63 xWhen power is critical to your equipment aswell as your patients, you can rely on MEGAElectronics to deliver. Produced in ISO9000facilities, our line of hospital grade powercords,related components and DC to DC convertersall conform to the highest standards.
Upon your next requirement, please keep MEGA in mind.
Hospital GradePowercords and DC to DC Converters
MEGA Electronics Inc.4B Jules Lane
New Brunswick.New Jersey. 08901tel. 732.249.2656 fax. 732.249.7442
TOP 26-100 100 List_9-15_Vs5.indd 67 9/17/15 8:26 PM
68 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
THE TOP 1OO MEDTECH COMPANIES1OO
MASIMO
JMS CO.
52 Discovery Irvine CA 92618 United States
2-38-9 Kawauchi, Asaminami-ku, Hiroshima 731-0102
Employees: 2,400Revenue: $586,643,000R&D Spend: $56,581,000Fiscal year ending: January 3, 2015
Employees: 6,955Revenue: $523,936,070R&D Spend: $11,490,448Fiscal year ending: March 31, 2015
KEY PERSONNEL:
JOE KIANI, Chairman & CEO MARK P. DE RAAD: EVP & CFO JON COLEMAN, President, Worldwide Sales, Professional Services & Medical Affairs RICK FISHEL, President, Worldwide OEM Business & Blood Management PAUL JANSEN, EVP, Business Development YONGSAM LEE, EVP & CIO ANAND SAMPATH, COO TOM MCCLENAHAN, EVP, General Counsel
KEY PERSONNEL:
HIROAKI OKUKUBO, President MASAKI ENDO, Executive Officer, Head of Business Administrative Office KATSUHIRO MURAKAMI, Senior Managing Director & Director
www.masimo.com
+81-82-962-0532 www.jms.cc/ENGLISH/INDEX.HTML
MARKETS: Patient Monitoring
MARKETS: Drug Delivery, Dialysis cardiovascular, Hospital Supplies
88
86
FISHER AND PAYKEL15 Maurice Paykel Place East Tamaki, Auckland
2013 PO Box 14 348 Panmure, Auckland 1741 New Zealand
Employees: 2,000Revenue: $558,882,990R&D Spend: $54,034,990Fiscal year ending: March 31, 2015
KEY PERSONNEL:
TONY CARTER, Chairman MICHAEL DANIELL, CEO LEWIS GRADON, SVP, Products & Technology PAUL SHEARER, SVP, Sales & Marketing ANTONY BARCLAY, CFO & Secretary DEBORAH BAILEY, VP, HR, Group Privacy Officer, Diversity & Inclusion Manager WINSTON FONG, VP, Information & Communication Technology
www.fphcare.com
MARKETS: Respiratory, Intensive Care
87
TOP 26-100 100 List_9-15_Vs5.indd 68 9/17/15 8:26 PM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 69
ANALOGIC
MERIT MEDICAL SYSTEMS
ÖSSUR
8 CENTENNIAL DRIVE PEABODY MA 01960
1600 West Merit Parkway South Jordan UT 84095 USA
Grjothals 1-5 110 Reykjavik Iceland
Employees: 1,700Revenue: $517,500,000R&D Spend: $73,800,000Fiscal year ending: July 31, 2014
Employees: 3,105Revenue: $509,689,000R&D Spend: $36,632,000Fiscal year ending: Dec. 31, 2014
Employees: 2,300Revenue: $509,000,000R&D Spend: $19,428,000Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
JAMES W. GREEN: President & CEO JOHN J. FRY: SVP, General Counsel, & Secretary MERVAT FALTAS: SVP & General Manager Medical Imaging Business FARLEY PEECHATKA JR.: SVP & General Manager Ultrasound Segment MICHAEL BOURQUE: Interim CFO SHALABH CHANDRA: SVP & General Manager, Analogic Asia JACQUES COUMANS: VP, Chief Marketing Officer & Chief Scientific Officer JOYCE KILROY: VP, Global Quality Assurance, Regulatory Affairs, & Compliance DOUGLAS B. ROSENFELD: VP, Global HR & Administration JIM RYAN: SVP, Global Operations YASH SINGH: VP, Corporate Strategy & Development ERIC ZANIN: SVP & General Manager, Security Systems Business
KEY PERSONNEL:
FRED P. LAMPROPOULOS: President & CEO KENT W. STANGER: CFO, Secretary, Treasurer JOE WRIGHT: President, Merit Technology Group JUSTIN LAMPROPOULOS: EVP, EMEA RONALD FROST: COO RASHELLE PERRY: Chief Legal Officer JOSEPH PIERCE: Chief Information Officer GREG BARNETT: Chief Accounting Officer JOHN KNORPP: Chief Regulatory Affairs Officer DARLA GILL: President, Merit Endotek
KEY PERSONNEL:
JÓN SIGURÐSSON President & CEO EGILL JÓNSSON EVP, Manufacturing & Operations JOS VAN POORTEN Managing Director, EMEA MARGRÉT LÁRA FRIÐRIKSDÓTTIR EVP, HR & Corporate Strategy ÓLAFUR GYLFASON EVP, Sales & Marketing SVEINN SÖLVASON CFO ÞORVALDUR INGVARSSON EVP, R&D
www.analogic.com
www.merit.com
www.ossur.com/americas
MARKETS: Cardiovascular, Surgical, Hospital Supplies, Drug Delivery
MARKETS: Imaging/radiology
MARKETS: Prosthetic, Orthopedics
89
91
90
TOP 26-100 100 List_9-15_Vs5.indd 69 9/17/15 8:27 PM
70 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
THE TOP 1OO MEDTECH COMPANIES1OO
CANTEL MEDICAL
THORATEC
ORTHOFIX INTERNATIONAL
OVERLOOK AT GREAT NOTCH 150 CLOVE ROAD LITTLE FALLS NJ 07424
6035 Stoneridge Dr Pleasanton Ca 94588 US
7 ABRAHAM DE VEERSTRAAT CURACAO NETHERLANDS ANTILLES P8 00000
Employees: 1,534Revenue: $488,749,000R&D Spend: $68,000Fiscal year ending: July 31, 2014
Employees: 1,048Revenue: $477,560,000R&D Spend: $105,475,000Fiscal year ending: Jan. 3, 2015
Employees: 922Revenue: $402,277,000R&D Spend: $24,994,000Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
CHARLES M. DIKER: Chairman ANDREW A. KRAKAUER: CEO JORGEN B. HANSEN: President & COO ERIC W. NODIFF: EVP, General Counsel & Secretary PETER G. CLIFFORD: EVP - CFO STEVEN C. ANAYA: SVP & Chief Accounting Officer SETH YELLIN: SVP - Corporate Development
KEY PERSONNEL:
D. KEITH GROSSMAN: President & CEO TAYLOR C. HARRIS: VP & CFO DAVID A. LEHMAN: SVP & General Counsel VASANT PADMANABHAN: SVP, Technical Operations NIAMH PELLEGRINI: President, North America
KEY PERSONNEL:
BRADLEY R. MASON: President & CEO; DOUG RICE: CFO RONALD A. MATRICARIA: Chairman MIKE FINEGAN: Chief Strategy Officer JEFF SCHUMM: Chief Administrative Officer, General Counsel, & Corporate Secretary JIM RYABY, PHD: Chief Scientific Officer MARK ATKINSON: Chief People Officer STEVE MARTIN: SVP of Operations TIM MCGUIRE: VP, Global Information Services RAY FUJIKAWA: Sr. VP, Commercial Strategy BRAD NIEMANN: President, BioStim DAVIDE BIANCHI: President, Extremity Fixation
TOP 26-100 100 List_9-15_Vs5.indd 70 9/17/15 8:27 PM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 71
SYMMETRY MEDICAL/TECOMET
TOPCON
ACCURAY
3724 N STATE ROAD 15 WARSAW IN 46582
75-1,Hasunuma-cho, Itabashi-ku, Tokyo 174-8580
1310 Chesapeake Terrace Sunnyvale CA 94089
Employees: 2,560Revenue: $399,992,000R&D Spend: $4,572,000Fiscal year ending: Dec. 28, 2013
Employees: 3,977Revenue: $390,013,240*R&D Spend: $101,191,602Fiscal year ending: March 31, 2015
Employees: 1,026Revenue: $369,419,000R&D Spend: $53,724,000Fiscal year ending: June 30, 2014
KEY PERSONNEL:
SHIGEYUKI SAWAGUCHI, Senior Managing Executive Officer General Manager, Smart Infrastructure Company MAKOTO IWASAKI, Managing Executive Officer General Manager, General Administration & Legal Div. General Manager, Operational Reforms Div. YASUFUMI FUKUMA, Executive Officer General Manager, Research & Development Div. HIROSHI TAGUCHI, Executive Officer General Manager, General Production Div. TAKASHI ETO, Executive Officer General Manager, Eye Care Company HARUHIKO AKIYAMA, Executive Officer General Manager, General Accounting & Finance Div. KAZUYUKI MATSUMOTO, Outside Director AKIRA SUDO, Outside Director
KEY PERSONNEL:
JOSHUA H. LEVINE: President & CEO GREGORY E. LICHTWARDT: EVP & CFO KELLY J. LONDY: EVP, Chief Commercial Officer THERESA L. DADONE: SVP, HR ROBERT W. HILL: SVP, Research & Development OLE S. MIKKELSEN: SVP & Chief Information Officer DARL S. MOREL: SVP, Regulatory, Quality & Compliance ALALEH NOURI: SVP, General Counsel & Corporate Secretary
www.symmetrymedical.com
+81-3-3966-3141 global.topcon.com/
www.accuray.com
MARKETS: Vision
MARKETS: Orthopedics, Surgical, Sterilization
MARKETS: Imaging/radiology
95
97
96
* Revenues from Topcon’s eye care division only.
TOP 26-100 100 List_9-15_Vs5.indd 71 9/17/15 8:27 PM
72 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
THE TOP 1OO MEDTECH COMPANIES1OO
NATUS6701 KOLL CENTER PARKWAY, SUITE 120 PLEASANTON CA 94566
Employees: 948Revenue: $355,834,000R&D Spend: $31,788,000Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
JAMES B. HAWKINS: President & CEO JONATHAN KENNEDY: SVP & CFO AUSTIN F. NOLL III: VP & General Manager, Neurology SBU KENNETH M. TRAVERSO: VP & General Manager, Newborn Care DR. D. CHRISTOPHER CHUNG, VP Medical Affairs, Quality & Regulatory AJAY A. BHAVE: VP, Global Engineering
www.natus.com
MARKETS: Pediatrics, Women’s Health, Intensive Care
TOP 26-100 100 List_9-15_Vs5.indd 72 9/17/15 8:27 PM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 73
ICU MEDICAL
NXSTAGE MEDICAL
951 CALLE AMANECER SAN CLEMENTE CA 92763-6212
350 MERRIMACK STREET LAWRENCE MA 01843
Employees: 2,280Revenue: $309,260,000R&D Spend: $18,332,000Fiscal year ending: Dec. 31, 2014
Employees: 3,400Revenue: $301,501,000R&D Spend: $22,635,000Fiscal year ending: Dec. 31, 2014
KEY PERSONNEL:
VIVEK JAIN: Chairman & CEO SCOTT E. LAMB: CFO KEVIN J. MCGRODY: Controller
KEY PERSONNEL:
JEFFREY H. BURBANK: Co-Founder & CEO MATTHEW W. TOWSE: CFO & SVP ROBERT G. FUNARI: Chairman JOSEPH E. TURK JR.: President WINIFRED L. SWAN: SVP & General Counsel TODD M. SNELL: SVP, Quality Assurance, Regulatory & Clinical Affairs TOM SHEA: SVP, COOJEFFREY RAINS: SVP, Sales & Marketing DARREN SCANDONE: SVP, HR LISA CURTIS: SVP , International ROBERT S. BROWN: President, NxStage Kidney Care MARK WYETH: SVP, Product Development & Innovation
www.icumed.com
www.nxstage.com
MARKETS: Drug Delivery, IV supplies, Pediatrics, Oncology, Pulmonary/bronchoscopy, Cardiovascular, Patient Monitoring, Dialysis, Veterinary
MARKETS: Dialysis
100
99
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 73
BIG1OOTO MEDTECH'S 100 LARGEST PLAYERS
CONGRATULATIONS
TOP 26-100 100 List_9-15_Vs5.indd 73 9/17/15 8:27 PM
74 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
TOP R&D SPENDERS
RANK COMPANY R&D SPEND REVENUES % OF REVENUESRANK COMPANY R&D SPEND
R&D ranking by percentage of revenues:*R&D ranking by total spend:*
*Exc
ludi
ng c
ompa
nies
with
non
-med
ical
dev
ice
oper
atio
ns th
at d
o no
t bre
ak o
ut R
&D
spe
nd b
y di
visi
on.
The
colo
r cod
es c
orre
spon
d to
the
top
10 R
&D
spe
nder
s.
R&D breakout_9-15_Vs5.indd 74 9/19/15 3:15 PM
We enable medical excellence.
Your custom gearbox solutions are CGI standard products.CGI Motion standard products are designed with customization in mind. We understand most off-the-shelf products or a complete in-
house design may not fi t your application, so our standard products are designed for functional fl exibility. Our team of experts will work
with you on selecting the optimal base product and craft a unique solution to help differentiate your product or application. So when you
think customization, think standard CGI gearbox assemblies. Connect with us
R&D ranking by percentage of revenues:*R&D ranking by total spend:*
*Exc
ludi
ng c
ompa
nies
with
non
-med
ical
dev
ice
oper
atio
ns th
at d
o no
t bre
ak o
ut R
&D
spe
nd b
y di
visi
on.
The
colo
r cod
es c
orre
spon
d to
the
top
10 R
&D
spe
nder
s.
R&D breakout_9-15_Vs5.indd 76 9/18/15 10:37 AM
maxon EC motor and controller:Dynamic, intelligent, linked.
maxon motor is the world’s leading supplier of high-precision drives and systems of up to 500 watts power output. maxon motor stands for customer specific solutions, highest quality, innovation and a worldwide distribution network. See what we can do for you: www.maxonmotorusa.com
The maxon product range is built on an extensive modular system, encom-passing: brushless and brushed DC motors with the ironless maxon winding, iron-cored flat motors, planetary, spur and special gearheads, feedback devices and control electronics.
maxon drives in arm prostheses.
When it really matters.Medical technology also relies on our drive systems. They are used, for instance, in modern arm prostheses which enables the wearer to make precise movements.
78 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
COMPANIES RANKED BY EMPLOYMENT
RANK COMPANY OVERALL EMPLOYEES RANK
= 3000= 1000= 500= 100= 50= 10= 5= 1
*Excluding companies with non-medical device operations that do not break out employee count by division.
Employee Count By Color
1 Medtronic 2 92,000
2 Essilor International 11 58,032
3 B. Braun Melsungen 13 54,017
4 GE Healthcare (General Electric) 3 51,000
5 Stryker Corp 9 26,000
6 Boston Scientific 12 24,000
7 Terumo 20 19,934
8 Hospira 22 19,000
9 St. Jude Medical 16 16,000
10 Cerner 25 15,800
11 Getinge Group (Maquet) 24 15,639
12 C.R. Bard 26 13,900
13 Smith and Nephew 21 13,468
14 Halyard Health 55 12,000
15 Teleflex 50 11,700
16 Dentsply International 31 11,600
17 Paul Hartmann Group 35 10,216
18 Sonova Holding 48 10,184
19 Zimmer-Biomet 18 10,000
20 Coloplast 40 9,250
21 Edwards Lifesciences 36 9,100
22 ConvaTec 51 9,000
23 The Cooper Cos. 52 9,000
24 BioMerieux 38 8,935
25 Mindray Medical 63 8,300
26 Smiths Medical 62 7,850
27 Ship Healthcare Holdings 33 7,600
28 Bio-Rad 41 7,600
29 Steris 49 7,600
30 Draegerwerk (Medical segment) 43 7,458
31 Hill-Rom Holdings 53 7,325
32 JMS Co. 88 6,955
33 Varian Medical Systems 30 6,800
34 Nikkiso (Medical division) 66 6,389
35 Ottobock (healthcare business) 69 6,309
36 Waters 44 6,200
37 Bruker 56 6,200
38 IDEXX Labs 60 6,000
39 Amplifon 84 5,789
40 Acelity 47 5,740
Employer Rank_9-15_Vs3.indd 78 9/19/15 3:16 PM
Building a better future means innovation and finding new ways tosolve product design challenges. Extruded aluminum is already a partof many of the most exciting advances in healthcare. Aluminum givestoday’s design engineers the ability to develop parts and productswhich are strong, lightweight, and easier to produce and machine.
With complete engineering and design assistance plus full fabricationcapabilities at multiple locations across North America and the globe,Sapa can provide finished components for all of your needs.
Contact us for more about Sapa and designing with aluminum!
Advanced Aluminum Solutions for Medical Device Development
*Excluding companies with non-medical device operations that do not break out employee count by division.
Employee Count By Color
Employer Rank_9-15_Vs3.indd 80 9/18/15 4:42 PM
The technology and design teams at Nook Industries help create the products that contribute to the success of innovative medical advancements that require precise positioning and linear motion.
With the products and people to move medical technology along, it’s no wonder the medical industry consults with Nook on their most vital projects.
Let’s solve this. Together.
Linear motion...it’s what our people do.
medical.nookinfo.com 800•321•7800 Nook Industries, Cleveland, OH USA
82 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
GEOGRAPHIC HEATMAP - UNITED STATES
RANK STATE COMPANIES PER STATE
1 California 142 Massachusetts 93 New Jersey 74 Minnesota 45 Illinois 35 Indiana 35 New York 35 Ohio 35 Pennsylvania 35 Texas 311 District of Columbia 111 Maine 111 Michigan 111 Missouri 111 Tennessee 111 Utah 1
Alaska
Hawaii
Washington
Oregon
California
Nevada
Idaho
Montana
Arizona
Utah
New Mexico
Colorado
North Dakota
Wyoming
US heatmap_9-15_Vs3.indd 82 9/19/15 3:17 PM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 83
Colorado
North Dakota
Minnesota
Iowa
Missouri
Arkansas
MississippiAlabama
Tennessee
Kentucky
Florida
Georgia
South Carolina
North Carolina
VirginiaWest
Virginia
Illinois
Wisconsin
Michigan
Indiana
Ohio
Pennsylvania
Maryland
Delaware
New Jersey
Connecticut
Rhode Island
Massachusetts
VermontNew Hampshire
Maine
New York
Louisiana
South Dakota
Nebraska
Kansas
Oklahoma
Texas
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 83
US heatmap_9-15_Vs3.indd 83 10/23/15 4:50 PM
84 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
GEOGRAPHIC HEATMAP - GLOBAL
RANK COUNTRY COMPANIES PER COUNTRY
1 United States 582 Japan 163 Germany 64 Denmark 35 France 25 Great Britain 25 Italy 25 Netherlands 25 Sweden 25 Switzerland 211 Australia 111 Belgium 111 China 111 Iceland 111 New Zealand 1
United States
Iceland
World heatmap_9-15_Vs2.indd 84 9/19/15 3:18 PM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 85www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 85
Japan
Germany
NetherlandsBelgium
Sweden
Italy
China
New Zealand
Australia
Switzerland
Great Britain
France
Denmark
World heatmap_9-15_Vs2.indd 85 9/19/15 3:18 PM
86 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
WE TRIED TO UNDERSTAND WHY PEOPLE BECAME OVER-WEIGHT AND OBESE,
AND WHAT WAS THE UNDERLYING MECHANISM. WE ACTUALLY TREAT
A PATIENT’S PROBLEM, WHICH IS THE HUNGER AND THE FEELING
OF FULLNESS, SO THAT THEY CAN IMMEDIATELY START CHANGING THEIR
RELATIONSHIP TO FOOD AND MAKE A LIFELONG CHANGE WHILE NOT HAVING THEIR WHOLE LIFESTYLE INTERRUPTED.
- ENTEROMEDICS CEO MARK KNUDSON
ONES TO WATCH
MARKET COMPANY DESCRIPTION
1 Cardiovascular: Abiomed Makes the Impella cardiac assist device, the world's smallest heart pump.
2 Cardiovascular: CVRx Is developing neurostimu lation technology to treat heart disease.
3 Cardiovascular: Sunshine Heart Is developing the C-Pulse implantable heart failure device.
4 Cardiovascular: Aum Cardiovascular Makes the Cadence hand held device to detect heart disease.
5 Cardiovascular: Reva Medical Is developing a bioabsorb able cardiac stent.
6 Diabetes: Bigfoot Biomedical Is developing fully functional, automated insulin delivery system for Type I diabetes.
7 Diabetes: CeQur Is developing a three-day insulin infusion device for Type II diabetes.
8 Diabetes: Glooko Makes remote monitoring software for Type I and Type II diabetes.
9 Dialysis: NxStage Medical Makes the System One home hemodialysis system.
10 Dialysis: Outset Medical Is developing the Tablo all- in-one dialysis system.
11 ENT: Entellus Makes the PathAssist. XprESS and XeroGel devices for treating sinusitis.
12 ENT: Intersect ENT Makes the Propel mometasone furoate implant for treating sinusitis.
13 Neuro: Nevro Makes the Senza chronic pain neurostimulation device.
14 Neuro: Tal Medical Is developing an MR-based treatment for depression.
15 Neuro: EnteroMedics Makes the Maestro weight loss nuerostimulation device.
16 Organ preservation: TransMedics Makes the Organ Care System for preserving and perfusing organs before transplantation.
17 Organ preservation: Paragonix Technologies Makes the SherpaPak organ transport device.
Ones to Watch_9-15_Vs3.indd 86 9/19/15 3:18 PM
Compact, Hollow Shaft DesignThe new SHA-20A servo actuator is the smallest in the SHA series.
• High Accuracy: Zero-backlash Harmonic Drive® Gear Reducer
• High Torque Density: ~ 60 Nm/kg (for 161:1 ratio)
• Maximum Torque: 73~120 Nm
New Small Hollow Shaft Servo ActuatorSurgical Robots • Medical Imaging • Exoskeleton • Lab Automation
The majority of the products we sell are proudly made at our US headquarters and manufacturing facility in Massachusetts.247 Lynnfi eld Street, Peabody. MA • 800•921•3332 • www.HarmonicDrive.net
High-Precision GearsHarmonic Drive® CSD
Component Sets provide
unparalleled torque to
weight ratio, zero-
backlash, and accuracy
better than 1 arc-minute.
Gear reduction ratios of
30:1 through 160:1 are
available without change
in weight or form factor. CSD
Component Sets are offered in fi ve different component
sizes with peak output torques ranging from 1.8 Nm to
9,180 Nm, depending on unit size and ratio. Custom
confi gurations are available with minimal cost to meet
your application requirements.
Lightweight Precision GearheadsIdeally suited for robotic and
machine tool applications,
the new CSG-LW and
CSF-LW gearheads are
30% lighter than previous
designs without reducing
the torque rating or signifi cantly
changing interface dimensions.
The CSG high-torque gearhead delivers 30% more
torque and 40% longer life while maintaining zero-back-
lash, 1 arc-min accuracy, and ± 5 arc-sec repeatability.
A high capacity cross roller bearing and output fl ange is
used to support the driven load. A wide variety of sizes
and reduction ratios are available with maximum peak
torques ranging from 9 Nm to 3,400 Nm.
Made in USA
TM
Harmonic Drive is a registered trademark of Harmonic Drive LLC.
88 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
MARKET COMPANY DESCRIPTION
ONES TO WATCH
18 Orthopedics: ConforMIS Makes customized knee implants and is developing the technology for other joints.
19 Orthopedics: Rotation Medical Is developing a regenerative treatment for rotator cuff repair.
20 Pulmonary/Respiratory: Airing Is developing a micro-CPAP device for sleep apnea.
21 Pulmonary/Respiratory: Sanovas Is developing a suite of products to treat pulmonary disease.
22 Regenerative Medicine: InVivo Therapeutics Is developing a scaffold to treat spinal cord injuries.
23 Robotics: Titan Medical Is developing the Sport single-portorificeplatform for use in minimally invasive surgery.
24 Robotics: Hansen Medical Makes the Magellan
platform for vascular procedures and the Sensei system for arrhythmia procedures.
25 Robotics: Medrobotics Makes the Flex robotic transoral surgery system.
26 Robotics: Mazor Robotics Makes the Renaissance system for spine surgeries.
27 Structural heart: Neovasc Is developing the Tiara transcatheter mitral valve implant and the Reducer refractory angina treatment.
28 Structural heart: Keystone Heart Is developing the Triguard embolic cerebral protection device.
29 Structural heart: Direct Flow Medical Is developing the Direct Flow transcatheter aortic valve implant.
30 Structural heart: JenaValve Is developing the JenaValve transcatheter aortic valve implant.
31 Structural heart: Claret Medical Makes the PathAssist, XprESS and XeroGel devices for treating sinusitis.
32 Structural heart: Symetis Is developing the Acurate transcatheter aortic valve implant.
33 Urology: Augmenix Makes the SpaceOAR prostate treatment device.
WHAT WE’RE DOING IS ADDRESSING THE BIOLOGY OF THE TENDON. OUR BIO-
INDUCTIVE IMPLANT ACTUALLY HELPS INDUCE NEW TISSUE GROWTH, CREATING A THICKER [ROTATOR CUFF] TENDON AND
THEREBY HEALING THE TISSUE.
- CEO, ROTATION MEDICALMARTHA SHADAN
Ones to Watch_9-15_Vs2.indd 88 9/18/15 11:15 AM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 89
MARKET COMPANY DESCRIPTION
34 Urology: Profound Medical Makes the Tulsa MRI- guided ultrasound prostate treatment.
35 Vascular: Cardiovascular Systems Makes the Stealth 360 and Diamondback 360 orbital atherectomy systems.
36 Vascular: Vascular Solutions Makes a portfolio of vascular intervention products.
37 Vision: Staar Surgical Makes the Visian implantable collamer lens and the NanoFlex and Afinityintraocularlenses.
38 Vision: Second Sight Makes the Argus II retinal prosthesis for retinosis pigmentosa and is developing the Orion visual cortical prosthesis.
39 Vision: AcuFocus Makes the Kamra inlay device for presbyopia.
40 Vision: Glaukos Makes the iStent trabecular micro-bypass stent for treating glaucoma.
41 Vision: Transcend Medical Makes the Transcend Vold Goniolens for treating glaucoma
42 Vision: InnFocus Makes the MicroShunt glaucoma eye-drainage implant.
43 Vision: Ivantis Makes the Hydrus microstent for treating glaucoma.
WE KNOW THE MAPPING, MORE OR LESS, IN HUMANS. THE THOUGHT IS THAT WE CAN TAKE THE SAME IMPLANT THAT WE HAVE IN THE RETINA AND PLACE IT, WITH A BIGGER ELECTRODE ARRAY, ON THE SURFACE OF THE BRAIN. WITH THAT WE’LL BE ABLE TO TREAT PATIENTS WHOSE OPTIC NERVE HAS BEEN DAMAGED. THE ONLY ONES WE WOULDN’T BE ABLE TO TREAT WOULD BE SOMEONE WHO HAD A STROKE THAT DAMAGED THAT PART OF THEIR BRAIN TISSUE.
- SECOND SIGHT MEDICAL CEO DR. ROBERT GREENBERG
OUR GOAL IS REALLY TO TRANSFORM THE WAY THAT PATIENTS AND THE HEALTHCARE TEAM INTERACT AND MANAGE DIABETES.
- CEO, GLOOKORICK ALTINGER
Ones to Watch_9-15_Vs3.indd 89 9/19/15 3:19 PM
90 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
CEO SHUFFLE
The ferment in the M&A space last year was echoed in the human resources department. By our rough count there were at least 80 CEO moves among medical device companies from the beginning of 2014 until July 2015.
The splashiest move in the C-suite was NuVasive’s bombshell firing of CEO Alex Lukianov for expense reimbursement and personnel policy violations. Lukianov was replaced by former Life Technologies honcho Greg Lucier.
Some moves were due to mergers (for example, Biomet’s Jeff Binder moved to Immucor, replacing former Medtronic chief Bill Hawkins, who stayed on as lead director; Zimmer Biomet’s new leader is David Dvorak, who led Zimmer until the crosstown rivals’ union).
Steve MacMillan, whose ouster from the top spot at Stryker in early 2012 shocked medtech,
took the same job at Hologic after that company moved on from Rob Cascella (Hologic brought back former CEO Jack Cummings in the interim). Curt Hartman, former Stryker CFO – and interim CEO after MacMillan’s departure – landed at ConMed after a proxy battle led to led to the retirement of founder Gene Corasanti and the resignation of his son Joseph Corasanti (the elder Corasanti passed away in March 2015).
JenaValve went through 3 CEOs when David Drachman, the former AtriCure CEO brought in to replace Helmut Straubinger, stepped down for health reasons after just 7 months on the job. Medtech veteran Jan Keltjens took over in the interim, until Victoria Carr-Brendel, former general manager of Boston Scientific‘s Bayer Interventional business, was tapped in June 2015.
Here’s a look at some of the most notable moves affecting the CEO spot:
1 432
Thomas Prescot retires
Tim McCarthy is replaced by
Charles Carignan
Frank Pignatelli is ousted after a proxy
war, replaced by Jeffrey Nugent;
Nugent steps down in July 2015,
replaced by former Zimmer Dental
president Harold Flynn
David Pyott retires after $70.5 billion
Actavis buyout(March 2015)
replaced by Joseph Hogan (March 2015)
who leaves the corner office at
NinePoint Medical to former NeuroTherm chief Chris von Jako
(July 2014)
Who’s In & Out of the Corner Office
CEO Shuffle_9-15_Vs2-BP.indd 90 9/18/15 12:01 PM
Interpower manufactures North American and international hospital-grade power cords and cord sets. The United States, Canada, Australia, Denmark, and Japan are the countries that have hospital or medical requirements for their plugs and cords. For other countries there are no special performance or construction requirements for medical applications. From 1 piece to 1,000 pieces or more, we offer no minimum order requirements and just a 1-week U.S. manufacturing lead-time on non-stock cords. 100% of Interpower cords are tested.
We offer a variety of lengths with an extensive range of clear, black, and gray North American plugs. Value-added options such as custom packaging and custom labeling are available upon request.
• 1-week U.S. manufacturing lead-time on non-stock Interpower products• No minimum order requirements• Same day shipments available for stock cords• Over 4 million parts in stock• Free technical support
ORDER A FREE CATALOG TODAY! E-mail [email protected] or call toll-free.Order Online! www.interpower.com
Business Hours: 7 a.m.–6 p.m. Central Time
CUSTOM HOSPITAL-GRADE CORDS IN 1-WEEK!
NEW UNIQUE DEVICE IDENTIFICATION SYSTEMDue to increasing concerns about product recalls, counterfeit devices, and patient safety, the FDA has started the process of developing a Unique Device Identification System in regards to most medical devices. This system is a unique numeric or alphanumeric code which includes a list of product identifiers. Currently identification methods are fragmented and it’s sometimes difficult to trace the original product back to the manufacturer. While medical cords are not classified as a medical device by the FDA, at Interpower we can provide serial numbers on medical cords per your specific requirements.
Interpower 9-15.indd 15 9/15/15 4:19 PM
92 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
CEO SHUFFLE 5
8 9 10 11
6 7
Jeff Binder moves to Immucor
after Zimmer’s $13.4 billion
merger, replacing ex-Medtronic chief Bill Hawkins (who stays at Immucor as lead director)
(July 2015)
Jose Almeida retires after the $50 billion Medtronic merger closes in
January 2015.
Medtronic veteran
Pat Mackin
Stuart Randle is replaced by former ATS Medical chief
Michael Dale (August 2014)
Bruce Barclay is replaced by former Teleflex executive
Cary Vance (May 2014)
Kieran Gallahue retires after the $12
billion acquisition by Becton Dickinson
(March 2015)
A proxy war leads to the July 2014 ouster of founder Gene Corasanti and son & CEO Joseph
Corasanti, who’s replaced by former Stryker CFO
Curt Hartman.
The elder Corasanti passes away in
March 2015.
replaces Steven Anderson, who
stays as chairman (July 2014)
CEO Shuffle_9-15_Vs2-BP.indd 92 9/18/15 12:01 PM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 93
Helmut Straubinger is replaced by ex-AtriCure chief David Drachman,
who steps down for health reasons in February 2015;
medtech veteran Jan Keltjens, tapped as interim
CEO, is replaced by Boston Scientific and
Bayer vet Victoria Carr-Brendel in June 2014.
Andre Michel Ballester is tapped to lead
LivaNova, the new entity resulting from Sorin’s $1.4 billion merger with Cyberonics, with ex-Cyberonics CEO Dan
Moore as chairman (planned September 2015)
Duane DeSisto is replaced by ex-Cytyc CEO
Patrick Sullivan (September 2014)
Former Stryker chief Steve MacMillian lands
the top job, replacing interim CEO Jack Cumming,
who was brought in after the ouster of Rob Cascella
(later tapped by Philips Healthcare to lead
its imaging business (December 2013)
14
1815 16 17
1312
Alexander Lukianov is fired after violating
reimbursement & personnel policies, replaced by former Life Technologies
chief Gregory Lucier (March 2015)
Deborah DiSanzo is out as Royal Philips shuffles the deck at its
biggest division (July 2014)
Dr. Robert Greenberg
resigns but stays on as chairman,
ceding the corner office to Will
McGuire (June 2015)
CEO Shuffle_9-15_Vs2-BP.indd 93 9/18/15 12:01 PM
Visit Zeus at MDM EastBooth 1703for more information, contact us [email protected].
US +1 (803) 268-9500 | Europe +353 (0)74 9109700Asia +86 13922204986 | Latin America +1 (803) 268-9500
www.zeusinc.com
One simple linear tear is all it takes.Groundbreaking FluoroPEELZ™ peelable heat shrink from Zeus oers medical device manufacturers the revolutionary way to
increase yield and improve safety.
Peel it o�.Peel it ALL o�.Introducing FluoroPEELZ™
Peelable Heat Shrink
Request a sample today atwww.zeusinc.com/fluoropeelz
Zeus 6-15.indd 1 9/18/15 12:02 PM
19
20
Scott Huennekens is named chairman
at EndoChoice after Volcano’s $1
billion acquisition by Philips Healthcare cloese in February 2015 (April 2015)
96 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
MANUFACTURING & MACHINING
The healthcare industry is being transformed by the accelerated introduction of smaller and more effective medical devices developed over the past generation. An important factor in this ongoing medical device revolution has been the availability of better and less costly lasers. Advances in laser technology have, in turn, led to the development of better and less costly medical devices.
Improved lasersLasers have evolved significantly over the past 15 years. One reason is due to improvements in the laser resonator. The laser beam originates in the resonator and the lasing medium there determines an operating wavelength.
A common wavelength for industrial laser processing is one micron. Until about 10 years ago, one-micron industrial lasers were incredibly inefficient, with just 3% of the energy from the wall plug ever making its way into the laser beam. The rest was wasted as heat. Over the past decade, however, power efficiency, not to mention reliability and power scaling, has increased with the introduction of two competing resonator designs known as disk and fiber. These designs represent major breakthroughs in laser technology, and they compete with each other, which drives laser costs down. This progression ultimately benefits medical device original equipment manufacturers (OEMs) by providing them access to lower-cost laser processing (in our case, welding) systems and services. The savings are then passed on to healthcare providers who obtain equipment and components from the OEMs at more affordable prices.
Laser welding creates a smooth sphere on the tips of a twisted wire brush used in cytology.
Using lasers to build a better medical device
D a v e H u d s o n | P r e s i d e n t a n d C E O |
In 2006, Joining Technologies bought and installed the first 2-kilowatt disk laser for manufacturing in North America. Within 18 months, an upgraded laser was selling for 30% less, confirming the harsh realization that the disruptive technology the company adopted early had become available to the masses at a lower price. These developments were also a reminder that laser technologies are evolving and advancing at a rapid rate.
The disk and fiber lasers have had a major impact on medical device development. These new lasers are replacing outmoded lamp-pumped lasers at an extraordinary rate because the new designs are smaller, more powerful and efficient, and easier to use. They are also less expensive to purchase than their predecessors. What’s more, new and improved optics coupled with modern power supplies deliver higher power onto smaller focal points, producing deeper penetration welds at faster speeds. Laser beam scanning simplifies part fixturing and boosts weld speeds with previously unheard of positional accuracy.
Consider the impact of these advances on the manufacture of high-volume, single-use medical devices. Small, delicate materials are stamped, cut, machined and joined (welded) to create new and improved devices, some of which are near-microscopic in size. The new lasers are pulling cost out of supply chains while at the same time enabling the development of products that would otherwise be impossible to manufacture. And because the technology is affordable and accessible, more companies are offering laser processing as a service. Medical device OEMs are seeing an expanding pool of laser service providers competing for a place in their supply chains.
The Apollo Endosurgery Overstich System has 12-laser weld points,
seven of which are visible here.
Cheaper and enhancedWhen it comes to laser technology and services, costs have significantly decreased. Current lasers are less expensive to purchase and easier to operate, which has led to an explosion in the number of laser OEMs and service subcontractors peddling their equipment and services to medical device OEMs. The inevitable result of this new competition has been historically low manufacturing costs.
Interestingly, one byproduct of this trend has been a growing chasm in the world of laser-welding specialists. Well established laser-service providers with large engineering staffs have shifted their focus to the advanced technical space, providing high-value engineering services to medical device OEMs and assisting in product design, prototype development and early production. Conversely, newcomers, or companies with smaller engineering budgets, find themselves competing for higher-volume production work during the most mature phases of a product’s lifecycle. M
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 99
REGULATORY
Are the BRIC markets still worth the effort?
If the title of this article sounds pessimistic, it’s for a reason. Compared to the highly evolved medical device markets in the U.S., Europe and Japan, the growing BRIC markets – Brazil, Russia, India and China – continue to perplex new entrants.
The BRIC markets have long been pursued by device manufacturers as attractive alternatives for generating new business. But these emerging markets are presenting their own challenges, in terms of regulatory structures and enforcement, transparency (or lack thereof), and associated costs.
Brazilian regulators may ease quality system audit requirementsBrazil’s medical device market is the biggest and most dynamic in South America, but the country’s registration process is anything but easy for foreign manufacturers. Recent moves by ANVISA, Brazil’s medical device market regulator, suggest that the agency has grown more aware of registration challenges and begun loosening some requirements for applicants.
Brazil’s participation in the Medical Device Single Audit Program (MDSAP), under which regulators in the U.S., Canada, Brazil and Australia will accept quality system audit reports from one another, should prove particularly beneficial for foreign manufacturers eager to register with ANVISA but not so eager to undertake the effort and cost of Brazilian Good Manufacturing Practice (BGMP) compliance. Once the MDSAP is fully implemented, manufacturers with devices already registered in the U.S., Canada or Australia will be able to submit their ISO 13485 certificate (or FDA inspection report) without having to meet additional BGMP requirements. Implementation dates remain unknown, but now it’s a question more of “when” than “if.”
Russia’s regulatory process still enigmaticMedical device registration requirements in Russia often strike foreign manufacturers as highly complicated or highly opaque – and sometimes both. Although the government recently shook up leadership and staff at the Russian medical device regulatory agency Roszdravnadzor (RZN), the sometimes arbitrary process of obtaining approval to sell devices there can still befuddle first-time registrants.
This year, Roszdravnadzor implemented a plan to make market registration for low-risk Class I devices easier, but also introduced rules making its change and amendment approval process more difficult:
• First, Class I devices submitted for RZN approval now only undergo one round of quality and safety review, rather than two as was previously the case. The new rule also exempts Class I devices from “clinical trial” requirements, which pertain to both clinical data and actual clinical trials conducted in Russia; but registrants must include any previous clinical data in their
RECENT MOVES BY ANVISA, BRAZIL’S
MEDICAL DEVICE MARKET REGULATOR, SUGGEST
THAT THE AGENCY HAS GROWN MORE AWARE OF
REGISTRATION CHALLENGES AND BEGUN LOOSENING
SOME REQUIREMENTS FOR APPLICANTS.
S t e w a r t E i s e n h a r t | S e n i o r R e g u l a t o r y A n a l y s t |
E m e r g o |
Regulatory_SEPT 2015_Vs4.indd 99 9/18/15 12:20 PM
100 Medical Design & Outsourcing 6 • 2015 www.medicaldesignandoutsourcing.com
REGULATORY
submissions to Roszdravnadzor. This change was made primarily to lessen the huge backlog of applications awaiting RZN review.
• On the other hand, manufacturers whose devices are already registered for sale in Russia must meet additional requirements if and when they need to amend their instructions for use or technical documentation. Under the new rule, all modification requests must undergo review by Expertise Centers just like new registrations do. These review requirements may lead to longer approval times and additional costs for manufacturers needing to change or modify their Roszdravnadzor registrations.
Based on the example of these two recent developments, it appears that Russia will continue to be one of the more challenging markets going forward; additional reforms similar to that for Class I device registrations would, however, attract greater interest from foreign firms.
India: Signs of a formal regulatory system on the horizon?Will 2015 be the year that the Indian government actually establishes a formal medical device registration system? Signs are encouraging, but then again, India has been talking about regulating a broader array of devices for many years.
The country’s latest moves in this direction include, most notably, plans to establish the National Medical Devices Authority, or NMDA, to regulate India’s highly fragmented medical device market. Pending Indian parliamentary approval, the NMDA would take over market oversight duties from the Central Drugs Standard Control Organization (CDSCO). Unlike the CDSCO, the NMDA would be solely responsible for medical device regulation, not drugs as well, indicating that the Indian government is willing to devote more discrete resources to overseeing the country’s medical device sector.
Current CDSCO regulations apply to an odd mix of only 22 devices and IVDs, requiring proof of prior registration in the U.S., Canada, Europe, Australia or Japan, as well as home country approval. Expanding its regulatory system to include a broader array of medical devices and IVDs would lead to a more predictable process for registrants in India.
GIVEN DISPARATE MARKET AND REGULATORY CHARACTERISTICS ACROSS THE BRIC COUNTRIES, DECIDING WHETHER OR WHEN TO UNDERTAKE DEVICE REGISTRATION IN ONE OR ANY OF THESE MARKETS SHOULD INVOLVE SEVERAL CAREFUL CONSIDERATIONS.
Higher costs for Chinese market entryAlthough the Chinese Food and Drug Administration (CFDA) has taken steps to address challenges such as poor transparency and unpredictability in the Chinese medical device registration process, satisfying Chinese registration requirements will remain difficult for many foreign manufacturers.
One major barrier to market entry in China was introduced recently in 2015 by the CFDA: The regulator raised its fees significantly for Class II and III device registrations. Class II registrations now cost roughly $30,000 for imported devices, while Class III registrations cost about $50,000.
Although successful commercialization in China can prove highly lucrative for foreign device manufacturers, ongoing challenges in terms of meeting CFDA requirements, now coupled with heftier application fees, may cause additional difficulties particularly for smaller Class II device companies lacking the resources needed for Chinese market entry. Companies looking to enter the Chinese market are well advised to seek a professional opinion to determine what, if any, clinical data will be required to support their registration.
Conclusion: Look before leapingGiven disparate market and regulatory characteristics across the BRIC countries, deciding whether or when to undertake device registration in one or any of these markets should involve several careful considerations.
Whether it makes good business sense for a medical device manufacturer to expand into one or more BRIC markets depends on that firm’s individual resources, growth strategies and cost-benefit analytical foresight. M
+ 1 5 0 8 . 5 7 3 . 7 9 7 9 • s a l e s @ w e b i n d u s t r i e s . c o m
Web Industries takes the mystery out of commercializing your medical devices. Our automated high-volume IVD and LFI manufacturing, assembly, and packaging solutions make the pain of bringing your tests to market disappear. We understand the unique challenges of being a medical CMO, and we know what it takes to get medical devices right every time. Contact us to make your next product launch a success.
102 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
TUBING TALKS
Positioning peristaltic rollers allows more precise dispensing
A basic three roller peristaltic pump draws liquid in bottom tube and expels it through the top tube.
D a v i d B a c h | B S T- B a c h S o l u t i o n s & Te c h n o l o g y, L L C |
A Lexium MDrive series 23 motor drives a Watson-Marlow 313 pump with
the red cover.
Accurate dispensing affects a great deal of drug development and delivery. For instance, leading-edge pharmaceuticals, bio-tech “designer molecules,” and high-potency compounds are tremendously expensive and come with difficult safety concerns that require accurate dispensing and aspirations. Many of these compounds are composed of proteins or synthetic molecular chains that are extremely fragile and highly susceptible to shear. In addition, setup time must be reduced, and maintaining the product within a dispensing tube must meet or exceed safety and contamination concerns. For these reasons, peristaltic pumps have found wide application.
The basics Hospitals use peristaltic pumps to circulate blood during bypass surgery and as a critical part in heart-lung machines because the pump’s design does not cause
significant hemolysis – the rupture or destruction of red blood cells. The design uses a compressible polymer tube to hold the fluid that requires dispensing. The arrangement also allows pumping aggressive chemicals, slurries with a high solid content, and other materials when it is critical to isolate the fluid from the environment. However, the peristaltic pump suffers from pulsations because its rollers move on and off a pressure shoe as the tube is compressed. The pulsations plotted in 3 Roller Dispense can be reduced by adding more rollers to a peristaltic pump. But there is a better idea.
If the peristaltic pump can start each dispense with one roller in the same starting position, the
amount of fluid-dispensing variance can be greatly reduced. When the pump has three rollers and the starting position is repeated
every 180°, the plot in Half Revolution Indexes, shows
the two positions representing half and full revolutions.
The drive motor can also be used with other pump systems, such as with the Cole Parmer Miniflex peristaltic pump. The three roller Miniflex pump demonstrates the same performance from roller positioning and no-roller positioning.
Tubing_SEPT 2015_Vs6.indd 102 9/18/15 12:46 PM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 103
The volume versus dispense cycle – the amount of liquid pushed out by one roller – varies with time.
It is possible to greatly reduce the variation in the amount of fluid dispensed when the peristaltic pump can start each dispense with one roller in the same starting position. The plot indicates the results when three rollers are used and the start position repeats every 180°. The dispensing data comes from a Watson-Marlow 520 peristaltic pump with and without roller positioning.
The wiring diagram was used for the setup that provided the half-revolution indexes of the previous image.
A solution for fluid accuracy The Lexium MDrive, an integrated solution, includes signal inputs and outputs for roller positioning. The design allows dispense volumes made from multiple revolutions plus some fraction of a revolution. Roller positioning takes into consideration the fraction of a revolution and ignores the complete revolutions. External valves are used so the peristaltic pump can dispense fluid and then control the starting position of the next peristaltic roller without dispensing. Connecting a Lexium MDrive motor according to the accompanying electrical diagram lets it dispense and then control the valves so the rollers are positioned to the same starting point for each dispense cycle. This allows dispensing a precise and repeatable quantity.
When the number of peristaltic rollers does not divide evenly into the number of microstepping-motor counts, a round-off error occurs. For example: A three-roller system will not divide without a fraction into 51,200 microsteps per revolution. The number of steps between rollers would be 17,066.6667 steps. The motors will only recognize 17,066 steps for each of two rollers and need to add 2 steps to the final roller, making it 17,068. Each dispense must end with the total movement of rollers equaling 51,200 steps per revolution. Each move during the dispense cycle can be verified by using the motor encoder. When the Lexium MDrive is set to MS = 180 it will use 36,000 steps per revolution, allowing even roller divisions. There are up to 20 software-selectable resolutions within the Lexium MDrive.
A few pump and valve setups The circuit described in A in A few pump and valve setups, uses an external pinch valve as a normally open dispense and normally closed position valve. One of the rollers is positioned relative to the encoder Z pulse. The pump dispense is selected and fluid would then be dispensed. A drip retention is used to bring the fluid back into the tube so that closing the dispense valve does not cause a drip. The dispense valve is then closed, and the position valve opened. The next roller is moved into the same position as previously used for dispensing. This will result in a small amount of fluid waste. After the first roller position move, the next roller can be positioned either in a positive or negative direction, minimizing fluid waste. Using the various directions for roller positioning minimizes fluid waste.
The system shown in B represents a two-tube peristaltic system in which the rollers are offset and the two tubes combined. A six-roller system effectively becomes a 12-roller system, minimizing pulsations. Both peristaltic tubes are combined using an “x”
Wiring - Roller Positioning
3 Roller Dispense
Half Revolution Indexes - 3 Roller
Tubing_SEPT 2015_Vs6.indd 103 9/18/15 12:46 PM
104 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
TUBING TALKS
connector, where one leg becomes the waste tube. The dispense valve must be placed after the dispense tube “x.” The roller positioning takes place with the dispense valve closed and the position valve open. The pressure shoes could be different, so it is recommended that one tube-and-shoe combination be used for roller positioning.
For system in figure C, a robotic arm would move the pipette tip to a microtitre plate. The tip just enters the fluid and track its level while fluid is removed. The tip then moves from the fluid and drip retention is applied before moving it. At the delivery position, fluid is removed and blown out by positioning the roller to the starting point. The tip could be exchange and the process repeats.
Four-roller configuration – Watson-Marlow 313 pumpA four-roller pump is used with a series 23 Lexium MDrive motor and two Bio-Chem pinch valves. The on-and-off switch allows a standby configuration. The motor drive is coupled to the pump using a Helical coupling, or equivalent, so that reverses do not adversely affect performance. The mounting block between the motor and pump controls heat transfer.
Two-roller configuration – Watson-Marlow 520 pumpThe plots in Volume versus dispense cycle show an embodiment of a system that uses a Lexium series 34 ac motor drive. A small tube was used along with the Bio-Chem pinch valves and a similar coupling.
This set up was used for other experiments but yielded similar results for roller positioning and no-roller positioning.
RollerPositioningValve
RollerPositioningValve
Dispense ValveDispense Valve
Peristaltic Pump
Roller InlinePeristaltic Pump
Waste Waste
Supply Supply Supply
Offset RollerPeristaltic Pump
A
A few pump and valve setups
B C
A F E W P U M P A N DVA LV E S E T U P S
Tubing_SEPT 2015_Vs6.indd 104 9/18/15 12:46 PM
9 • 2015 Medical Design & Outsourcing 105
SummaryVarious pumps, valves, and motors can be used for roller positioning, depending on the application. It should be noted that starting in the same position works extremely well for through-the-pump applications as well as aspirations into a pipette tip or other device such as a flow cell. BST offers roller positioning for any peristaltic-pump system that needs greater dispensing accuracy. The use of peristaltic pump systems, pinch valves, and integrated motor/motion lets the BST approach solve accuracy problems opening up new peristaltic opportunities.
BST has filed a United States patent for the use of roller positioning. The motor systems can also be configured to use an optical or proximity device for control for a correct roller position. M
The orange line, from a four-roller pump, shows a similar output variation to that of a three-roller pump. The blue line, at about 0.35 ml, plots the output from a position controlled four roller pump.
Another example of Volume versus Dispense cycle comes from a 520 pump with 1.6-mm silicon turbine. The blue line is from a system with roller positioning.
If the motor you need does not yet exist, we’ll bring it into existence. Nippon Pulse manufactures custom
to meet your application’s exact specifications.
In addition to completely custom motors, we also offer customizations for our 380+ standard motors.
Just a few of the hundreds of motor modifications we offer!
We can create custom options for you whether you need one motor or thousands per month. We offer superior custom prototyping with fast delivery.
Nippon Pulse offers other motion control products, including controller and driver chips and boards and encoders, so we can provide full system integration for your application.
Since our founding in 1952, we have been manufacturing superior motion control products. We deliver innovative products of the highest quality, and offer exceptional service and support.
Contact us to speak with an applications engineer, who will be able to take your specifications and make recommendations for your application. Our engineers have extensive product knowledge and can consult on your application from the entire motion control system standpoint.
Volume versus Dispense cycle for a 520 pump with 1.6-mm silicon tubing
Tubing_SEPT 2015_Vs6.indd 105 9/18/15 12:47 PM
106 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
The effectiveness and reliability of healthcare devices and systems rely on the robust design, engineering, and performance of their underlying electronics. As medical equipment manufacturers work to reduce device cost, without sacrificing reliability, connector choice is one of many decisions that require striking a balance. A wide range of connector options make the choice more challenging.
For instance, a custom or hybrid connector may be appropriate in particular applications, but these would typically require higher upfront engineering and tooling fabrication time and expense. Fully customized designs are somewhat costly, but allow for almost any required specification. A hybrid connector, on the other hand, is essentially an off-the-shelf connector with custom features, such as an overmolded grip or strain relief. Design and tooling costs are lower, and a hybrid has the look and feel of a custom connector. However, when developing a list of power connector requirements, design engineers should not rule out viable and more economical off-the-shelf connectors.
Of course there are a few things to consider when selecting or specifying a connector. For example, the connector’s mechanical interface, including the friction
CONNECTOR & CABLES CORNER
A brief guide to selecting plastic circular medical connectors
MediSpec MPC connectors are examples of off-the-shelf connectors that address
issues of off-the-shelf shortcomings. It will be available in a range of diameters including D1 (up to eight contacts), D2 (up to 17 contacts, pictured), D3 (up to
35 contacts) and D4 (up to 59 contacts), plus four keying positions and six color
options for each diameter.
between each pin and socket, determines mating force and its important role in how a medical device performs in the real world. Some overly tight, off-the-shelf connectors are a risk in medical care environments. Conversely, loose or unstable connections in some devices are also a risk in healthcare environments.
Moisture creates another set of problems. Medical device I/O connectors may be susceptible to the ingress of moisture and other contaminants. A solution would be to pot the connector-contact interface for both plug and receptacle, to prevent ingress of flux into the contact zone during soldering, as well as to prevent ingress through the pin field during use in a hospital or clinical setting. Because moisture protection is a consideration in medical connectors, an additional IP64-rated sealing option should be available to provide protection to a splash-proof specification.
As a solution, Molex offers a “semi-customized,” off-the-shelf power connector. MediSpec Medical Plastic
J e f f G a u m e r | P r o d u c t M a n a g e r |
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 107
Circular (MPC) connectors and cable assemblies meet stringent industry standards and provide exceptional performance at a fraction of the cost of machined-contact systems and custom circular connectors. The MPC connector system has a 10,000-cycle durability rating, which makes it ideal for I/O applications in medical imaging equipment, patient monitoring, surgical equipment and devices, and telehealth remote patient monitoring systems.
MediSpec MPC connectors balance the need for high mating cycles and low mating forces. Employing the proven low-force helix, stamped-and-formed contact design, the MPC connectors ensure a reliable electrical interface over multiple insertions. The simple, push-pull engagement mechanism provides easy handling, even when wearing surgical gloves.
MediSpec MPC cable assemblies provide between 15 and 20N unmating force. An optional locking sleeve can ensure the cables will remain mated to a force that complies with ANSI/AAMI-EC53 specification (>90N) to prevent accidental un-matings.
Fully functional and tested generic pig-tail harnesses will also be offered to facilitate early system R&D and design activity. These will provide a quick and easy means to build early prototypes of new medical devices. M
We suggest specifying these features before selecting a connector for a medical device. Identify the:
Number and type of contacts (pins or sockets and specifications for each)
Cable configuration (power, ECG, defibrillator, analog, digital bandwidth, pneumatic, fiber optic, or combination of two or more)
Cable diameter, materials, and shape
Regulatory and environmental ratings (RoHS, REACH, ISO 10993, UL)
Strain relief requirements
Shielding requirements for connector and cable
Voltage and current requirements
Space and size constraints, a preferred connector diameter
Ingress protection (IP) rating
Number of mate and un-mate cycles required
Locking mechanism, when required
Keying requirements
Required mate and un-mate force
Cleaning, disinfection, and sterilization requirements
108 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
In modern medical practice, efficiency is key. Newer technologies allow for the mobility of medical equipment, letting personnel bring medical supplies and machines closer to patients, whether they are in the emergency room or an emergency vehicle. But with this improved accessibility, how can hospitals and healthcare facilities ensure that valuable medical equipment and narcotics are properly secured?
Making patient-care supplies available from mobile medical equipment while protecting them against unauthorized access is a challenge hospital administrators face on a daily basis. Pharmaceuticals, biologics, and other valuable or hazardous medical materials stored within mobile carts and cabinets must be locked away when not in use to prevent theft, or idle or malicious tampering.
In addition, privacy concerns and increasing enforcement of Health Insurance Portability & Accountability Act (HIPAA) regulations dictate that patient information, such as electronic medical records, must also be accessible only to legitimate users. Finding a practical way to secure these items is imperative. Engineers designing for the
medical environment, from hospital rooms to ambulances, are equally aware of the challenge.
Intelligent electronic locking mechanismsIntegrating intelligent electronic locking mechanisms into mobile medical equipment, such as medication dispensing carts, can significantly improve security and accountability in healthcare settings. Concealed electronic locks and latches, when combined with access-control devices such as digital keypads or RFID devices, provide an effective solution for upgrading the security of existing carts, cabinets, and workstations.
Successful electronic access systems comprise four basic elements: An access control device, an electronic lock, remote monitoring, and manual override. Consistent operation dependents on a high-quality, reliable electronic lock. The associated access controller, or user interface, validates the user credential and signals the cabinet to open. Once the electronic signal triggers access, a digital signature is created and archived for an audit trail, and can be accessed locally or remotely. Electronic locks can operate through a variety of access control devices, such as digital keypads, Bluetooth controllers, RFID, and biometric readers.
Audit trail capability and regulatory complianceWhen controlling valuable pharmaceuticals and potentially dangerous medical supplies such as narcotics or biohazards, audit trails are critical for tracking access and inventory. Hospital dispensing and storage equipment, refrigerators and warming cabinets for biologics and IV fluids, and blood banks all present security risks. Security of confidential patient information is also a priority, with medical facilities
SECURITY
Securing mobile medical equipment with electronic access
Single-package electronic locking solutions, like Southco’s Self-Contained Electronic Locking System,
can be used with existing employee credentials to protect access to valuable medical supplies.
S t e v e S p a t i g | G e n e r a l M a n a g e r o f
E l e c t r o n i c A c c e s s S o l u t i o n s | S o u t h c o |
Security_SEPT 2015_Vs5.indd 108 9/18/15 1:08 PM
9 • 2015 Medical Design & Outsourcing 109
facing large fines and penalties for noncompliance with HIPAA and the HITECH Act.
Intelligent and concealed electronic locks offer a unique and efficient way to control access and maintain security of valuable information and medical supplies. Electronic locking devices can provide a record of which user gained access, when, and for how long. With complete control of credentialing, a hospital administrator can have indisputable evidence of when records were accessed, and by whom.
The alternative – manual record-keeping – is often less convenient. A digital record can facilitate production of audit trail reports and can assist with investigations of discrepancies or potential security breaches. With an electronic access system in place, electronic credentials may be easily granted or revoked, eliminating key management issues. Additionally, electronic locks can be networked with a medical facility’s existing security system to monitor and control access remotely.
A solution for security The security of mobile medical equipment applies to carts and equipment within a medical facility, as well as to mobile providers of healthcare services. Specialty vehicles such as ambulances, mobile medical aid units, and home healthcare service providers operate under the same requirements as hospitals with regard to tracking medications and supplies.
Unfortunately, these entities may experience greater security challenges than hospitals. Criminals are known to target emergency vehicles in search of narcotics, entering a vehicle while the medical team is attending to an emergency. In many cases, EMS personnel may not be aware of theft until vehicle supplies are inventoried later. Shift changes among emergency workers makes controlling access even more difficult.
Depending on the needed level of access control, there are many options for securing medical equipment and supplies on the go. They include:
51 Parmenter Road, Hudson, MA 01749(800) 258-0110 | www.boydcoatings.com/MDO
Fully-Validated,Zero PFOA PTFECoatings
FEATURING:
Ask us about our full line of other medical gradecoatings/finishes for medical components and devices.
COATEDGUIDEWIRE
The Leader inHigh-PerformanceMedical Coatings
Security_SEPT 2015_Vs6.indd 109 9/19/15 8:51 PM
110 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
EACH TIME A CABINET EQUIPPED WITH A SELF-CONTAINED SOLUTION IS OPENED USING AN RFID BADGE, IT STORES A SIGNAL THAT CONFIRMS AND LOGS ACCESS.
SECURITY
Intelligent electronic locks offer a unique and efficient way to control access and maintain security of valuable information and medical supplies.
• Self-contained systems An installation of fully self-contained
electronic locking systems constitutes a highly effective, economical solution for controlling access to emergency vehicles. New or existing storage cabinets within a vehicle are easily outfitted with these battery-operated, audit-trail-capable locks.
• Electronic rotary locks Emergency vehicles have numerous
doors and compartments, which may need to be unlocked and re-locked one by one – a time-consuming task during an emergency. For faster, easier control, intelligent electronic rotary locks connected to an RF controller can be used to open or close multiple doors simultaneously with a single key fob click.
• Networked access solutions Depending on the hospital or healthcare
facility’s security requirements, fully networked access controllers can also be installed. These devices communicate wirelessly with a hospital’s existing network, so that when the vehicle approaches the building, updated
audit-trail and credential information is instantly registered.
Simplified electronic access controlA self-contained electronic locking system is a simple and cost-effective option for protecting new enclosures or upgrading existing equipment. Self-contained solutions typically incorporate an access-control device, electronic lock, electrical override and power supply into a single unit. This solution installs easily with drop-in assemblies that can be mounted into standard panel preps without additional wiring, and feature simple battery operation.
Self-contained electronic access systems work with existing building security systems across the medical facility to control access, in that the same ID badges used with an RFID-based, card-access system for building access can be used with cabinets, carts, and equipment across the medical facility. Each time a cabinet equipped with a self-contained solution is opened using an RFID badge, it stores a signal that confirms and logs access. In addition, audit trail data can be downloaded onto a separate utility key, which can then be read via any computer USB
port. This digital record of information can then be used to demonstrate compliance with regulatory requirements.
Consider electronic accessInstalling electronic locks with audit-trail capabilities can be a simple, economical and highly effective upgrade that can improve security and accountability in medical supply containment. Monitoring and controlling pharmaceuticals, biologics, and other valuable or hazardous materials that are at risk of theft or tampering, as well as HIPAA-protected data, is easily achieved by implementing the appropriate electronic access solution.
Electronic access solutions combine intelligent locking and access control to protect patient information and medical supplies, offering an effective solution for safeguarding sensitive materials a healthcare setting. Hospital and healthcare administrators, as well as medical design engineers, may find electronic access a viable solution for today’s security and access-control challenges. M
Security_SEPT 2015_Vs5.indd 110 9/18/15 1:09 PM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 111
The FDA’s expectation is that validating a sterilization process follows the traditional validation and verification model, commonly referred to as “V&V.” An installation qualification verifies that the sterilization equipment has been installed to manufacturer’s specification, while the operational qualification verifies that the machinery is working as intended. The final step in a validation process is a performance qualification, which validates that products exposed to the sterilization process meet the required sterility assurance level (SAL). “That’s it in a nutshell,” says Nelson Laboratories Consulting Manager Paul Littley. “When we talk about V&V, the installation qualification, more of a verification, is making sure the equipment is installed correctly, for example electrical and plumbing is correctly installed,” says Littley, noting that operation and performance qualifications are a bit more in-depth. “An operation qualification ensures the chamber is functional for a generic process. Once we get to performance qualification, you are looking for repeatability and reproducibility of the cycle for a particular process challenge,” he explains.
The common approach for EO sterilization validation
Validating sterilization processes by ethylene oxide
This process challenge device is a strip holding bacteria enclosed in a capped tube. If the PCD can be deactivated or
sterilized, then a device of lesser resistance would also be considered sterile.
is referred to as the “Overkill Approach,” in which a biological indicator, placed in the most resistant location of the device, is deactivated or killed in one-half the time of the routine sterilization cycle. The half cycle’s lethality must be demonstrated a minimum of three times to be considered adequate or validated. Additionally, a full cycle is performed to demonstrate that the defined cycle is capable of maintaining the process parameters for the entirety of the routine production cycle.
The equipment and processEO chambers are basically pressure vessels which work under sub-atmospheric conditions (i.e., below atmospheric pressure). Some EO sterilization processes which use a gas blend, such as carbon dioxide, are performed at a positive pressure, but most proesses are 100% EO and are sub-atmospheric due to flamibility concerns. “The chambers will pull a particular vacuum, commonly referred to as deep or shallow vacuum. A deep vacuum is typically below six psia, pounds per square inch absolute,” says Littley.
Most sterilization processes are batch operations. Some of the smaller test chambers are in the 9-ft3 range, but larger industrial units handle 30 pallets, a full load for a tractor trailer.
EO sterilization proceeds through a three-phase process. The first phase, preconditioning, conditions the load to an even temperature and relative humidity, often for 24 hours at 115°F and 65% RH.
“This does several things. Because the product is in packages, the heat and humidity condition the packaging material so the gas can penetrate easier. The actual sterile barrier is typically Tyvek, a breathable layer that provides a difficult pathway for microorganisms to enter, yet it lets EO and other gases through,” he says. EO’s penetration is unique in that it is a small molecule which can diffuse through plastics quite readily, says Littley.
P a u l D v o r a k | F o u n d i n g E d i t o r | M e d i c a l D e s i g n
112 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 113
THE HALF CYCLE’S LETHALITY MUST BE DEMONSTRATED AT LEAST THREE
TIMES BEFORE CONSIDERING IT ADEQUATE OR VALIDATED.
VALIDATION
The second purpose is to condition the microorganisms on the device, as well as the Biological Indicator (BI) used to measure the process, for gassing. Humidity helps condition the cellular wall and reduces the organism’s resistance to sterilization. The BI contains a minimum of one million organisms of the EO sterilization indicator organism Bacillus atrophaeus, a spore-forming organism.
“These spore-forming organisms exist in two states. One is a dormant state in which they are called endospores. The organism forms a shell-like structure to protect itself until a nutrient-rich environment becomes available, at which time it can sporulate, grow, and reproduce. When the organism is in this second state
of growth and reproduction, we call it the vegetative state. Endospores are so durable some have been pulled off of ancient mummies making them at least 4,000 years old. Spore-forming microorganisms are used as the indicator because they are difficult to kill,” Littley says.
After the pre-conditioning phase, operators quickly load the product into the sterilization chamber so as to not lose heat from preconditioning.
“Once in the chamber, the system pulls a vacuum to evacuate the air. Typical cycles pull deep vacuums down to 1 psia. EO in air raises an issue, because it is flammable at about 10% oxygen concentration, so it is important to remove the air from the chamber and the product. Depending on the cycle and product, there might be a few nitrogen washes during the initial stages to flush the residual oxygen. This is more common in shallow vacuums of 6 psia or greater. Next the EO gas is injected and it is absorbed into the nooks and crannies of the devices, referred to as restricted pathways or mated surfaces which are void of air,” he says.
From there, the process goes into a dwell state, typically 3 to 5 hours, of static conditions in which the gas is allowed to penetrate deep into the load and devices.
EO chambers come in a variety of sizes from smaller than this one to those that
hold palletts of products. Validating a process requires killing a sample of
bacteria placed in the most difficult to reach nooks in a package or produduct.
IF THE PCD CAN BE DEACTIVATED OR SERILIZED, THEN A DEVICE OF LESSER RESISTANCE WOULD ALSO BE CONSIDERED STERILE. “When the dwell period ends, it is
important to exhaust the EO out of the load and devices due to the flammability as well as because it is a carcinogen,” says Littley. To remove most of the EO gas before opening the chamber, the load is washed with an inert gas such as nitrogen or steam, until most of the EO is out. Once below flammable concentrations, air is typically used for additional washes. Finally, the product goes into a heated aeration chamber where it dwells at approximately 110°F to 115°F with air circulation, to further reduce the residual EO absorbed into the product.
In general, sterilization validation is required to demonstrate that the devices are free of viable microorganisms. As a first step in the validation process, the resistance of the device must be determined. There are two ways to verify the resistance, Littley says.
“One is direct innoculation of the product, where a BI is placed in the most difficult-to-sterilize location of the device, such as restricted pathways, mated surfaces, or long narrow lumens. In theory, the process should kill a given population of that organism. The biological indicator, with a minimum of one million organisms on a paper strip, is our ‘meter stick’ for determining the sterility-assurance level. Naked, by themselves, the organisms are not difficult to kill. But placing the BI inside a device relatively compares to how other microbes may or might not survive during EO exposure,” Littley notes.
Another approach to validating the process is via a process-challenge device (PCD), which provides an additional avenue for products which are expensive or not easily accessible. In these cases, the manufacturer would prefer not to destroy a $5,000 product, for example. Instead, an easy-to-handle, inexpensive PCD, like a coupon, is
qualified for use in the sterilization validation to simulate the product. Common PCD configuration might be a sealed a polybag, sealed tubing, or 5cc to 10cc capped non-vented syringe, with a BI placed inside. The average cost of a PCD is in the $10 to $15 range. The PCD is then used in the validation process instead of the inoculated device. If the PCD can be deactivated or sterilized, then a device of lesser resistance would also be considered sterile.
How often to revalidate a product?Revalidation would not always be necessary for a design change. For example, if a design change increases an inner diameter, making a pathway easier for a gas to infiltrate, a requalification would not be required. “But if the pathway or inner diameters are reduced in size and made more restrictive, that would call for a revalidation. Also, as production ramps up and loads become larger or perhaps more dense, or if the packaging significantly changes, that would also require a revalidation,” says Littley.
However, once the validation process is defined and the device and sterilization process does not change, there is no reason to revalidate.
Annual requalification of the sterilization process, however, is required by ISO and the FDA. This can be a pen-and-paper-change assessment, or actual testing. “During requalification it is not uncommon for the device manufacturer to reach out to the contract sterilization facility and ask if anything has changed with the process, paying special attention to unscheduled maintenance or equipment changes. At minimum, there should be some level of testing every two years, say a half cycle with a full cycle to be conservative,” adds Littley. M
WE SPEAK
GEEK MIND TO MARKET™
Bi-Link® is redefining the role of contract manufacturer and earning the trust of leading medical device
OEM’s across the globe. Bi-Link helps product engineers solve complex
design challenges to reduce lifecycle costs and speed time to market.
LET’S COLLABORATE.Call us at 630.858.5900
Visit Bi-Link.com
Validation_SEPT 2015_Vs5.indd 113 9/18/15 4:31 PM
114 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
Scientists working in genomics and proteomics need results at the touch of a button, so they can set about their real work – drug discovery, advanced diagnostics, understanding the stuff of life. When DeNovix set out to develop a spectrophotometer for life science analysis, they focused on designing a fast, simple, foolproof instrument that could extract accurate, repeatable output in seconds. With the help of small dc motors from MICROMO, the DS-11 automatically sets the optimal measurement parameters for samples as small as 0.5 µL, letting users capture quality data sets every time.
In spectrophotometry, the amount and wavelength of light absorbed by a sample reveals the type and concentration of molecules present. Microvolume spectrophotometers such as the DS-11 let researchers obtain fast and accurate results, use the minimum amount of sample, and move more rapidly to answering the questions the research is trying to address.
For the optimal absorbance measurement, an optical path length (OPL) must be scaled for the size and characteristics of each sample. Unfortunately, the conversion factors typically used in these calculations assume a 10-mm OPL. As a result, the OPL must be adjusted for each sample and measurement, then scaled to provide the true value. The more accurate and repeatable the OPL, the more accurate the results of the analysis. The key innovation of the DS-11 is DeNovix’ SmartPath Technology, which automatically optimizes the OPL to ensure trustworthy, usable results.
Design efficiency From the outset, the DeNovix team designed the DS-11 for ease of use. The instrument incorporates an Android operating system for touchscreen operation and analysis
without needing an additional PC. It consists of a 20 x 33-cm base with sample mounts available for microvolume and cuvette modes. In the microvolume design, an optical fiber carries the signal from a xenon lamp in the base of the instrument to the tip of the sample mount.
During a measurement, the user lowers a hinged measurement arm that puts a fiber-optic cable into contact with the sample. At the touch of the screen, the analysis algorithm begins running, continually fine tuning the mount position throughout a data-acquisition period. Electromagnetic energy (190 to 840 nm) passes through fiber and optical junctions, propagating to the spectrometer, where a 2,048-pixel linear CCD detector reads out counts for analysis.
MOTION CONTOL
Motors make spectrophotometer foolproof
The DS-11 spectrophotometer delivers high-dynamic-range
measurements with the touch of the screen. (All photos from DeNovix)
M i k e L e B l a n c | A p p l i c a t i o n s E n g i n e e r |
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 115
THE BRUSHED MOTOR RADICALLY SIMPLIFIED THE DESIGN AND INTEGRATION PROCESS.
SmartPath Technology uses an initial absorbance measurement to adjust the position of the sample mount to optimize the OPL. The system is based on sophisticated algorithms, but to work effectively, they require an accurate, closed-loop opto-mechanical positioning system capable of multiple iterations in a matter of seconds. As if this weren’t challenging enough, the DeNovix team set themselves an ambitious product development timeline. They needed innovative engineering but also efficient design.
A first step was to simplify the design process by relaxing constraints. Instead of trying to optimize the OPL in three dimensions, they focused on positioning the sample mount along the z axis while letting it “float” in other dimensions. This removed components from the final device, reducing cost, integration time, and points of failure.
For z-axis positioning, the design drives a fine-threaded screw using a servo motor operating with closed-loop feedback. A planetary gearhead introduces a reduction ratio so that one rotation of the motor corresponds to a fractional rotation of the screw. A high-resolution magnetic encoder provides feedback to let the system iterate through the SmartPath algorithm and determine optimum OPL.
Picking a motorThe DeNovix team needed a motion solution that would do the job reliably and economically while letting them focus on their core value proposition, the spectrophotometer, and on getting their product to market as quickly as possible. The application called for intermittent short, quick motions with micron-level accuracy. After research and testing, they chose a coreless dc brushed motor module with an encoder and an all-plastic planetary gearhead, produced by MICROMO.
The brushed motor significantly simplified the design-and-integration process. A standard brushless servo motor would have been more complicated. It would require eight connections: Three power phases, three for the Hall-effect sensors, and two lines for powering the electronics. In contrast, a brushed motor only
The illustrations provides a close-up of the top if the DS-11. An excitation signal from a xenon flash lamp passes through the sample and is conveyed by a series of optical connections to the spectrometer.
requires two connection points, making the drive scheme, assembly, and overall system more straightforward.
“Going with a brushed dc motor really uncomplicated our world,” says Dave Ward, engineering manager at DeNovix. “That also meant that we had conventional braking capabilities. We wanted the best of both worlds. A passive system would be stable while it was taking measurements, and it let us develop an active braking algorithm. The combination gave us what the instrument needs: Rapid, repeatable, and precise motion.”
Many designers assume that a brushless motor gives the best performance, making it their first choice. But it isn’t always the ideal solution. It’s true that a brushed motor will probably fail eventually, due to wear between the brushes and commutator, but it’s a question of time. Coreless dc motors with low inductance can last many thousands of hours, far beyond what most applications will ever need. The intermittent motions of the DS-11 gave the motion system a low-duty cycle, letting a brushed dc motor solve the problem.
The choice of motor also helped the team achieve another design goal: Speed of operation. Individual adjustments to the z-axis position of the sample mount take 0.25 to 0.5 sec, for a total data acquisition time of less than 4 sec. By selecting a coreless motor, the DeNovix
SmartPath Technology uses real-time absorbance measurements to determine the optimal OPL for the sample under analysis. A servomotor with closed-loop feedback cantilevers the sample arm to its target position.
116 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
MOTION CONTROL
When the measurement arm is lowered, light travels
up through the sample mount and
sample to reach the collection fiber that transfers the signal
to the spectrometer and detector.
team minimized inertia, enabling the motion axis to position rapidly and reliably without overshoot or ringing. “That’s where the motor comes into play,” says Kevin Kelley, Business Director at DeNovix. “The system makes a lot of real-time decisions and the reaction speed of the motor lets it precisely control the path length, which is the most critical part of the apparatus.”
Integrated modulesOnce the team determined what it wanted, the next question was how to source it. They started with off-the-shelf components and offloaded some of the headaches by choosing a complete, pre-integrated gear motor from MICROMO that arrives ready to install. “The biggest challenge was trying to get the product to market as quickly as possible, so the fact that several prototype motor assemblies were available for quick evaluation made this part of the project easy to deal with,” says Kelley. The motor company machined flats on the gearhead shaft in the
Inside the solutionThe DS-11 spectrophotometer measures the absorbance of biological samples to determine the presence and concentration of RNA, DNA, and key proteins. Those results depend on a precise, robust, easy to integrate positioning system. Choosing a supplier that could take responsibility for the motion control allowed the DeNovix design team to focus on making the best possible optical instrument, not on becoming electromechanical specialists. Several motors and gearheads were selected but the final configuration included:
• 1515-SR 00 series dc motor • 15A plastic planetary gearhead • IE2 magnetic encoder
prototype stage to aid with assembly. Now that it has ramped to production volume, the flats are machined at the factory.
Taking delivery on a motion module lets DeNovix focus on the optics, streamlining manufacturing and eliminating the risk of damaging motion components during integration.
“We didn’t want to build it piece-meal,” says Ward, “so the integrated package was important.”
With the aid of SmartPath Technology, powered by precision motion, the DS-11 can measure samples with OPLs as low as 0.03 mm. This correlates to 500 absorbance units at the standard 10-mm equivalent OPL, which represents a BSA protein concentration of 750 mg/mL or dsDNA concentration of 25,000 ng/µL. Powered by the reliable motion system, the instrument demonstrates a repeatability of better than 1%.
The system survived rigorous lifetime testing. To date, DeNovix has had no reported motor failures in the field, a fact they credit in part to the performance of the motion control module. M
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 117
Raising the bar on FDA guidelines
The FDA is responsible for protecting the public health by assuring the safety, efficacy and security of medical devices, among other things. Its role includes advancing public health by helping to speed innovations that make treatments more effective, safer, and more affordable. As such, when breakthroughs in medical device design and engineering enable safety improvements, those innovations help inform the evolution of FDA standards and guidance. The FDA and the medical device industry have a symbiotic relationship, while their independent governance makes room for innovation and regulation to coexist and drive advancements in public health and safety.
Sometimes the limitations of available technology constrain the FDA’s purview.
For example, recent deaths resulted from infections transmitted during medical procedures through bacterially-contaminated duodenoscopes – even though the reusable scopes had been cleaned according to protocol, using the best available technology, and in keeping with existing FDA standards.
The FDA issued new guidance for the labeling, validation and verification of medical devices a few months ago, which also covered instructions to be provided for reprocessing reusable devices. The guideline clearly states that existing reprocessing instructions “may not be consistent with state-of-the-art science
and therefore may not ensure that device is clean, disinfected or sterile.” It also recommends that new 510(k) submissions address any inadequacies in current methods. This important guidance exposes the need for medical device designers to lead the way in improving disinfection protocols for the sake of patient safety.
To this end, the FDA set a standard for acceptable levels of cleanliness, measured by the amount of protein left on surfaces after cleaning. The standard requires cleaning to eliminate all but 6.4 mcg of protein per centimeter squared (6.4 mcg/cm2). None of the machines currently available can achieve that level of cleanliness without extensive additional procedures. This reality is raising the bar and driving innovations out of necessity. While med-device companies struggle to meet the standard, one company says it has developed a cleaning machine that not only meets but exceeds it. In validation studies for the FDA, the new machine, invented by Langford IC Systems and developed in partnership with Proven Process Medical Devices, reduced leftover residue to an average of 2.5 mcg/cm2, and in some cases lower than 1 mcg/cm2. The new cleaning machine dramatically improves sanitation of surgical instruments, endoscopes, and implantable devices, significantly reducing the probability of reusable medical devices spreading disease between patients in clinical settings.
The Langford “LIC” machine is but one example of how device engineering and FDA standards evolve in a parallel dynamic that improves healthcare and patient safety. The FDA develops guidance that drives innovation, and inventors and engineers work to meet and exceed those specifications while raising the bar for continued advancement. M
The Langford “LIC” machine is an example of how device engineering
and FDA standards evolve in tandem.
THE FDA AND THE MEDICAL DEVICE INDUSTRY HAVE A SYMBIOTIC RELATIONSHIP, WHILE THEIR INDEPENDENT
GOVERNANCE MAKES ROOM FOR INNOVATION AND REGULATION TO COEXIST AND DRIVE ADVANCEMENTS
IN PUBLIC HEALTH AND SAFETY.
FDA
K e n n e t h A . F i n e | P r e s i d e n t a n d C o - F o u n d e r |
P r o v e n P r o c e s s M e d i c a l D e v i c e s |
FDA_SEPT 2015_Vs6.indd 117 9/18/15 2:07 PM
118 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
FDA NEW PRODUCTS
Medtech approvals: FDA releases June 2015 PMAs
PMA Original Approvals
Summary of PMA Originals & Supplements ApprovedOriginals: 5Supplements: 80
Summary of PMA Originals Under ReviewTotal Under Review: 53Total Active: 22Total On Hold: 31
Summary of PMA Supplements Under ReviewTotal Under Review: 575Total Active: 418Total On Hold: 157
Summary of All PMA SubmissionsOriginals: 4Supplements: 72
Summary of PMA Supplement PMA Approval/Denial Decision TimesNumber of Approvals: 80Number of Denials: 0Average Days Fr Receipt to Decision (Total Time): 115.2FDA Time: 97.1 DaysMFR Time: 18.1 Days
APPLICATION NUMBER / DATE OF APPROVAL
DEVICE TRADE NAME COMPANY NAME CITY, STATE, & ZIP
DEVICE DESCRIPTION / INDICATIONS
P1200246/11/15
activL® Artificial Disc Aesculap Implant Systems, LLCCenter Valley, PA 18034
Approval for the activL® Artificial Disc. This device is indicated for reconstruction of the disc at one level (L4-L5 or L5- S1) following single-level discectomy in skeletally mature patients with symptomatic degenerative disc disease (DDD) with no more than Grade I spondylolisthesis at the involved level. DDD is defined as discogenic back pain with degeneration of the disc confirmed by patient history, physical examination, and radiographic studies. The activL® Artificial Disc is implanted using an anterior retroperitoneal approach. Patients receiving the activL® Artificial Disc should have failed at least six months of nonoperative treatment prior to implantation of the device.
P1400096/12/15
Brio Neurostimulation System St. Jude MedicalPlano, TX, 75024
Approval for the Brio Neurostimulation System. This device is indicated for the following conditions: 1) Bilateral stimulation of the subthalamic nucleus (STN) as an adjunctive therapy to reduce some of the symptoms of advanced levodopa-responsive Parkinson’s disease that are not adequately controlled by medications; and 2) Unilateral or bilateral stimulation of the ventral intermediate nucleus (VIM) of the thalamus for the suppression of disabling upper extremity tremor in adult essential tremor patients whose tremor is not adequately controlled by medications and where the tremor constitutes a significant functional disability.
P1400216/11/15
Elecsys® Anti-HCV II Immunoassay and Elecsys® PreciControl Anti-HCV
Roche DiagnosticsIndianapolis, IN 46250
Approval for the Elecsys Anti-HCV II Immunoassay and Elecsys PreciControl Anti-HCV. This device is indicated for: Elecsys Anti-HCV II Immunoassay Immunoassay for the in vitro qualitative detection of antibodies to hepatitis C virus (HCV) in human adult and pediatric (ages 18 months through 21 years) serum and plasma (potassium EDTA, lithium heparin, sodium heparin, and sodium citrate). Assay results, in conjunction with other laboratory results and clinical information, may be used to aid in the presumptive diagnosis of HCV infection in persons with signs and symptoms of hepatitis and in persons at risk for hepatitis C infection. The test does not determine the state of infection or associated disease. The electroluminescence Immunoassay “ECLIA” is intended for use on the Roche cobas e 601 immunoassay analyzer. Elecsys PreciControl Anti-HCV Elecsys PreciControl Anti-HCV is used for quality control of the Elecsys Anti-HCV immunoassay on the cobas e 601 and cobas e 602 immunoassay analyzers and the Elecsys Anti-HCV II immunoassay on the cobas e 601 immunoassay analyzer.
P140025 6/12/15
VENTANA ALK (D5F3) CDx Assay Ventana Medical Systems, Inc.Tucson, AZ 85755
Approval for the VENTANA ALK (D5F3) CDx Assay. This device is indicated for the following: VENTANA ALK (D5F3) CDx Assay is intended for the qualitative detection of the anaplastic lymphoma kinase (ALK) protein in formalin-fixed, paraffin-embedded (FFPE) non-small cell lung carcinoma (NSCLC) tissue stained with a BenchMark XT automated staining instrument. It is indicated as an aid in identifying patients eligible for treatment with XALKORI® (crizotinib).
P140031 6/17/15
Edwards SAPIEN 3™ Transcatheter Heart Valve, model 9600TFX, 20, 23, 26, and 29 mm, and accessories (Edwards Commander™ delivery system, models 9600LDS20, 9600LDS23, 9600LDS26, and 9600LDS29, with crimp stopper and Qualcrimp crimping accessory; Edwards eSheath Introducer Set, models 914ES and 916ES; and Edwards crimper, model 9600CR)
Edwards Lifesciences, LLCIrvine, CA 92614
Approval for the Edwards SAPIEN 3 Transcatheter Heart Valve, model 9600TFX, and accessories. This device is indicated for relief of aortic stenosis in patients with symptomatic heart disease due to severe native calcific aortic stenosis who are judged by a heart team, including a cardiac surgeon, to be at high or greater risk for open surgical therapy (i.e., Society of Thoracic Surgeons operative risk score ≥8% or at a ≥15% risk of mortality at 30 days).
The FDA today released its list of the pre-market approvals it granted for medical devices in June 2015:
For a detailed look at the products granted pre-market approval by the FDA in June, please visit dwo.me/1gmQVNG.
FDA_SEPT 2015_Vs6.indd 118 9/18/15 2:07 PM
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 119
For many early-stage companies, their most valuable asset besides their management team is their intellectual property. This is particularly true in the world of medical devices, where significantly larger levels of investment and time may be necessary before a product clears all regulatory hurdles and enters the marketplace. Investors, as a result, demand more substantial intellectual property protection to ensure their return on investment.
Unfortunately, intellectual property is one of the most difficult asset classes to understand, preserve, and extract value from, particularly for 1st-time, early-stage ventures. This article addresses five of the most common intellectual property quandaries facing early-stage medical device companies:
1. Does my company own and control its intellectual property?
Most early-stage companies have little registered intellectual property, such as issued patents, that they can tout to potential investors. For most, at best they may have a provisional or non-provisional patent application, with claims that have yet to have been tested by a patent office. These patent applications represent a hope for defensible protection, but cannot provide an investor with any degree of certainty. The most this company can truthfully tell its investors is that the company owns its IP.
To ensure that your company owns its intellectual property, there are few basic steps to follow. First and foremost, all employees, including the founders, should sign invention assignment agreements. The company should
carefully evaluate the existing IP assignment obligations of new employees to ensure no other entity can lay claim to owning the IP developed for the company. All contractor and consultant agreements should be read with care to ensure that the company owns the IP generated under those agreements. Finally, the company should diligently document its innovations as they are developed, and especially before entering any form of collaboration, to avoid clouding questions of inventorship.
2. What should my IP strategy be? Given the large costs associated with protecting
one’s intellectual property through patent protection, it’s useful for a company to develop a patent strategy early on. This strategy can be used to evaluate whether the costs for protecting a given innovation makes sense. The most important inventions to protect early are those that drive market demand, are easier to reverse-engineer, and which must be disclosed to investors, regulators, or customers to move the business forward. For example, mechanical structures and circuit designs are prime targets for patent protection, while the details of a complex software algorithms may better be protected as trade secrets.
A clearly elucidated strategy also helps ensure a company doesn’t bite off more than it can chew. In the medical device industry, international patent protection is essential. At the same time, it’s incredibly expensive. A company should expect to spend between $16,000 and $18,000 per patent application in the first year to have it drafted and filed with the U.S. Patent Office and PCT to preserve patent rights. (A full third of these costs are patent office fees!) While early provisional patent applications may be filed at relatively low cost, the rest of these costs cannot be deferred without risking loss of rights. Note these costs do not even include the cost of entering the application into any non-U.S. countries. Such filings will need to be made within two-and-a-half years from your original filing and
Five questions for early-stage companies looking to protect their IP
TO ENSURE THAT YOUR COMPANY OWNS ITS INTELLECTUAL PROPERTY, THERE ARE FEW BASIC STEPS TO FOLLOW.
PATENT PROTECTION
J e d G o r d o n | P a r t n e r a n d I P l a w y e r |
F o l e y & L a r d n e r L L P |
Patent_SEPT 2015_Vs5.indd 119 10/6/15 1:30 PM
PATENT PROTECTION
can cost between $2,000 and $10,000 per country. Developing a strategy at the outset can ensure that your company is spending its patent budget intelligently, instead of reactively, instinctively attempting to protect every innovation at tremendous cost.
3. Under What Conditions Can I Discuss My Technology With Others?
A common dilemma faced by many early-stage medical device companies is that their success depends on being able to explain their technology to third parties, including investors, doctors, and regulators. Doing so under the wrong conditions risks added competition and potential loss of patent rights. Ideally, a company would have a well- thought-out patent application on file, or a signed NDA with the recipient of information before disclosing their technology – and preferably both. Of course, this is not always possible. In such scenarios, any written documentation should clearly be labeled as “Confidential.” The information being disclosed should also be carefully vetted to limit disclosure of the most sensitive information. If the disclosure is part of a larger event, such as a conference, at a minimum a provisional application including the subject matter should be filed. In the worst-case scenario, a cover sheet can be added to the presentation or paper and filed, nearly as is, before the presentation is given, though a review by a patent attorney prior to filing is strongly encouraged.
4. ShouldIfileaProvisionalPatentApplication? To many early-stage companies, the option of filing a provisional
patent application appears to be a saving grace, solving their patent problems. Although provisional patent applications have a number of valuable benefits, they’re not appropriate in all cases. Provisional patent applications provide a number of benefits. They grant a patent applicant a priority date with respect to
A COMMON DILEMMA FACED BY MANY EARLY-STAGE MEDICAL
DEVICE COMPANIES IS THAT THEIR SUCCESS DEPENDS ON
BEING ABLE TO EXPLAIN THEIR TECHNOLOGY TO THIRD PARTIES,
INCLUDING INVESTORS, DOCTORS, AND REGULATORS.
120 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
the subject matter in the application relative to what might otherwise be prior art. A provisional patent application can extend the life of a patent by a year, because the term of patent is calculated from the date of the earliest non-provisional patent filing. This is particularly useful for those medical device innovations in which market acceptance is expected to take more time and when demand is expected to increase toward the end of the life of the patent. Finally, the provisional patent application need not be as formal as a non-provisional patent application, allowing for faster, less expensive filings.
Taking advantage of this last benefit, though, carries risks. Many patent applicants become complacent after filing a provisional, forgetting that the informal document they filed was not as complete as it would have been had they taken the time to prepare a full application. Important features that would have been included in a full patent application are then publicly disclosed prior to the non-provisional filing, jeopardizing the company’s rights to protect those features. In addition, informal provisionals may not provide enough support for an applicant’s claims under the stricter standards for enablement and explicit textual support of various jurisdictions around the world.
Informal provisionals can also lead to budget woes. Many companies file multiple provisional applications, because they can – forgetting that non-provisional U.S. and PCT (if desired) patent applications will need to be filed within one year, close to a $20,000 expense per provisional filing. Preparing an informal provisional does little to reduce the cost of the final application. If the company publicly discloses the subject matter during that year and then cannot afford to make these filings, the opportunity to protect the technology again may be lost.
Accordingly, provisional applications are best used when the primary goal is to delay the expiration of patent term, or when the filing is
INFORMAL PROVISIONALS CAN ALSO LEAD TO BUDGET WOES.necessitated by an impending public disclosure or a limited budget. In the latter circumstances, a patent applicant should prepare an updated filing as soon as possible to limit the applicant’s exposure to the risks identified above.
5. How can I budget for an intellectual property portfolio?
An important aspect of patent strategy is budget management. Budgeting for an IP portfolio should take into account more than just the costs of preparing patent applications. After the first few years of developing a portfolio, more than half the cost of a portfolio can be attributed to filing fees. International filing costs, including translation fees, foreign associate fees, and foreign patent office fees, quickly mount. A well-thought-out patent budget modulates which countries each patent application is filed in, based on strategic importance, to help manage these costs. As a company matures, room should be left in an IP budget to address issues raised by third-party intellectual property rights. These funds can be used to analyze third-party patents to demonstrate the company’s freedom to operate, to design around a patent, or obtain a license if needed. Finally, costs should be set aside to manage the company’s non-patent IP, including trade secrets, trademarks, and copyrights. While often less expensive to protect than patent rights, trademark protection is not free and can often become one of a company’s most valuable IP assets. M
Patent_SEPT 2015_Vs5.indd 121 10/6/15 1:31 PM
122 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
he told that the most important move he made didn’t directly concern the balance sheet: Instilling a corporate culture that got employees excited about improving patients’ lives proved to be key.
Below is a transcript of Mike’s conversation with publisher Brian Johnson at the June DeviceTalks event, edited for clarity.
BRIAN JOHNSON: We met three years ago, when you were just about to take this job. Or you were in the job, but you weren’t ready or weren’t yet the CEO, the big guy.
MIKE MAHONEY: When you say I wasn’t ready, what do you mean? What exactly do you mean by that? What exactly are you talking about? [laughter]
JOHNSON: You weren’t ready to be called CEO. How about that? You’ve now spent two years as CEO of Boston Scientific. I’m just wondering, personally what has this experience been like for you?
MAHONEY: You are going to make me cry. Is that the goal? [laughter]
What’s the experience like? I love it. When I joined almost three and a half years ago, it was a tough decision. I left a great company, but I was very excited about the opportunity here, and to this day I can say I just love what I do. As I mentioned before, we all get to impact patients, and it’s a wonderful industry, and I work with a fantastic team here. There is nothing I’d rather do than work for Boston Scientific and help drive innovation and work with this team. I hope I’m here for a long time, so I’m hoping this isn’t the last interview.
DEVICE TALKS
DeviceTalks: Boston Scientific CEO Mike Mahoney
Four years ago, when Mike Mahoney was just another rising star in the Johnson & Johnson universe, the powers-that-be at Boston Scientific knew they needed a game-changer.
Times were not good at the Natick, Mass.-based medical device giant. For several years following the $27 billion Guidant acquisition, Boston Scientific had been mired in a prolonged slump. Crippling debt from the Guidant deal pushed the company from stock market darling to “Fallen Angel” – Wall Street parlance for once-high-flying firms whose credit rating is reduced to junk bond status.
If that wasn’t bad enough, regulatory issues, a series of costly, high-profile recalls and a slowdown across key product lines had all but halted the growth trajectory at Boston Scientific.
Although share prices by 2011 were mired under $6 apiece (down roughly -87% from a peak of nearly $45 per share in 2004), a series of moves by CEO Ray Elliot, a renowned turnaround artist who helped reverse the fortunes of Zimmer Biomet, laid the foundation for a recovery. Boston Scientific refinanced the debt load and, in a surprise move that September, announced that Mahoney would be its new CEO after serving a yearlong stint as president to comply with a non-compete agreement with J&J.
With the stock at about $5.14 per share in early November 2012, Mahoney officially took the reins like a character straight out of central casting and set about transforming Boston Scientific. Starting with a bold decision to sell its Natick, Mass., headquarters and move to smaller digs in nearby Marlborough, Mahoney spearheaded a three-year drive that’s seen BSX shares rebound more than 262%. The stock posted a high of $18.62 apiece June 1, and the company is guiding for consistent top-line growth.
Mahoney was ready to look back at the turnaround and declare it closed when MassDevice.com sat down this June in Marlborough for our DeviceTalks show, which attracted 200 industry executives. Interestingly,
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 123
JOHNSON: I think you will be judged by your performance, so you should be here for a long time.
You had a mandate: Return the company to growth. What were some of the ways you said, “I’m going to achieve those goals,” and have you met them?
MAHONEY: We definitely delivered on that, the commitments we made externally, and at our Investor Day recently we gave longer-term commitments that were pretty bold and talked about growing faster than our competition and growing in the strong mid-single digits and driving operating margin improvement and driving double-digit EPS growth. That’s all good. We talk about a turnaround, I guess we did turn around the performance, but really what we did is unlock the potential and the capabilities of the team of 25,000 employees here.
We did some structural things, we enabled the organization to move a little bit faster by expanding the number of reports and the speed of the company. We did a lot of simple things on just reinvigorating what it means to work here, we established values for the company. I can talk about that all night long. Of couse you want to make money, but most employees want to feel great about the company they work for, proud of the
company, pride when they are talking about the company with their family and friends, and they want to have a career. They want to feel really good about it.
A lot of what we did to turn around the company, a lot of portfolio things we can talk about, most of it was the culture of the company. How do we hire great leaders? How do we enable greater speed in the company, faster decision-making, more empowerment, more pride in the company and a winning spirit? The biggest element of the turnaround was, I think, the cultural impact and really unleashing the talent in the company. That’s always been there. It went through some dark days for a few years, but it’s always there – it’s just more bringing that out again.
JOHNSON: How much of that did you discover during the year you spent learning the company before taking the CEO role?
MAHONEY: I was in a detention for a year, I wasn’t able to take the job because I wasn’t ready, apparently [laughter]. Then I got my badge, and I was ready to go. I learned a lot – it was actually
124 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
DEVICE TALKS
a very unusual circumstance to be guaranteed the job, but technically not having the job. I worked with [interim CEO] Hank Kucheman, he was terrific, and the one year was terrific because I was able to focus just on our businesses and learn our portfolio and learn our people and learn our talent and our capabilities.
I didn’t have to work with investors, analysts, lots of those things that take up a lot of time. I was just able to focus purely on the talent of the company. When you can dig in that way and put your time there, it was a big advantage.
JOHNSON: I guess it’s safe to say you’ve met the objectives you set for yourself in the first three years.
MAHONEY: We have. A few years ago, we hadn’t grown for about four years in a row, and we’ve grown, I don’t know how many quarters in a row now, eight or nine or so. We gave a pretty strong guidance for 2015 and ’16, ’17 and ’18. The company is growing and really what we focused on, like a lot of you do, we focus first of all on talent and we made some changes to the senior leadership team, brought in great local leaders for the emerging markets and in Asia and in Europe.
We sped up the operating processes of the company, we reduced down a lot of bureaucracy in terms of the amount of reporting and decision-making and things that had to take place to improve decision-making. We spent a ton of time in the
pipeline, we took some bets that have worked out great in the pipeline in CRM with the S-ICD device, with Watchman, the only product that helps patients reduce the risk of stroke who have afib. We’ve got a great structural heart program that’s really early on. We’ve got a very exciting pipeline that we worked on.
I spent most of my time focused on the culture of the people and the pipeline. That’s what we do, and we were growing, we are investing in a lot of emerging markets because we were a little bit late in some of those markets. Now we are doing very well, we are building lot of capabilities there with market-appropriate products and training and leveraging capabilities across BSC. We reinvigorated our BSC venture firm, and we made about 20 investments in smaller, really promising exciting companies over the past two years.
To answer your question, we have delivered on our commitments in terms of the turnaround, and are essentially raising the bar. Our third value is high performance. Part of the performance we have met, but that’s yesterday’s news. The performance expectations we have now are much higher than they were three years ago.
JOHNSON: Right, because I know you said the turnaround is complete.
MAHONEY: We don’t like to talk about it anymore because it’s old news.
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 125
JOHNSON: Right, but I do think it’s such a good story, you probably want to keep banging that way for awhile.
MAHONEY: I’m proud of it, but I’m sincerely more happy for the employees who have been here for a long time.I had the honor of meeting, I can’t remember her name, but she was a clinical employee for Boston Scientific in her thirty-year anniversary of the company. I was able to give her a plaque, and I had never given somebody a thirty-year award before.
The company had always been great, and we went through a downturn, and we are really on a great run that will be sustainable. I’m really happy for the employees who had been here for a long time, because they tell me that. They say it’s so great to be part of a company that’s winning again, that’s fast, that’s innovating. That’s what’s most fun for me. It sure feels good for me, but when you give somebody a thirty-year award, she gives you a big bear hug, that’s much better.
JOHNSON: How about personal goals? I know you’ve led divisions, you’ve also been CEO of another company, never one as big as this, so did you have personal goals, like “I don’t want to become this type of person.”
MAHONEY: You don’t want to be “That Guy.” When I took the job, I had a lot of goals.
To this day I still say this is the dream job for me, and I really want to be here for quite a while. My goals when I first started were really simple: They were to return the company to growth, restore what I call the winning spirit among our employee base, and develop a pipeline again where customers can count on us and really need us.
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 125
Sometimes even the best ideas need a little help.
Where medical devices come to life.
Boston —Memphis—Costa Ricawww.tegramedical.com or 508.541.4200
I think we’ve really established that. The company is growing nicely, we were 6% in the first quarter, we have the guidance this year for about 6% again. There is a lot of margin improvement of the company, so we are delivering it financially. I’d say I’m excited about the goals that we established.
JOHNSON: And you haven’t become “That Guy.”
MAHONEY: No, no, I don’t think so.
JOHNSON: Winning spirit. It’s a motto that’s all over this building. But beyond the motivational phrase, what is it, what does it mean to you?
MAHONEY: It’s funny, a couple of quick stories. When I first joined the company, we had our headquarters in Natick. The first day I showed up for work – I couldn’t interview at Boston because I was at a competitor – my first day, I showed up at the job at Natick, and I didn’t have a badge so I couldn’t get through security. So I had to call my admin, and she came down to pick me up. The Natick building was a nice facility at one time, but it was essentially half empty. It was a bit outdated, and it didn’t have a vibrancy and a speed and a culture that you want.
My first board meeting, I said, “We want to make these changes in personnel, and we want to sell that corporate headquarters and move.” That was the first board meeting. That went well [laughter].
But I felt that, culturally, that’s a big deal. It was a place that when you walked around, it wasn’t a team that was winning and there wasn’t transparency and there wasn’t collaboration, and it was really old-school. Thankfully we got MathWorks to buy the property. Our headquarters is now a third of the size it used to be.
126 Medical Design & Outsourcing 9 • 2015 www.medicaldesignandoutsourcing.com
Before it was just much too large.That’s important, but back to the
winning spirit. What I quickly saw in the company was an opportunity, it sounds old-school, to re-establish what Boston Scientific means. We worked together to create a fresh mission statement, “Advancing science for life,” and we worked with the team to create values, much like many small companies would do. At Boston Scientific, we talk about caring, we talk about meaningful innovation, we talk about high performance, globalization, diversity. And then the team said, “We only use five.” I said, “Winning spirit is my favorite one, so I’m just going to throw in the winning spirit as number six.”
But we did that, and it sounds weird for a larger company like Boston
Scientific, but the chance to re-create that in the very beginning with our employees and establish that we are a special company and we are going to make great things happen and help patients and win in the market, and drive the heck out of stock performance as well for a long time.
What I often say is only a maybe a small percentage of employees really care about the stock price. Most employees want to be part of a great company, where they have engagement and they are proud of it. The winning spirit was important to me, because the first few meetings I went to, we are very, very heavy in bureaucracy. We would do a business review and the binders were two feet thick, and I’ve got a lot of ADD, I couldn’t get through it. Things were just slow, and so we added the winning spirit.
It’s a phrase I learned from Jeff Immelt years ago at GE.
What it really means to me is we want employees who are leaders, whether they are in supply-chain, quality, R&D, regulatory clinical, who see opportunities everywhere, who aren’t afraid to take chances, who are willing to make tough decisions and are comfortable with being a power. There are a few companies that are bigger than ours, but I think we can be the fastest-moving company in device.
We pushed that winning spirit attitude, and some folks weren’t comfortable with making decisions quickly and not having the two-foot binder. We use that winning spirit as a way to see opportunities, and have courage to make decisions, and move faster as a company. I think speed wins, not size wins. I think we are starting to generate that momentum.
JOHNSON: That came from Jeff Immelt, that phrase? The winning spirit, you didn’t coin that.
DEVICE TALKS
TO THIS DAY I STILL SAY THIS IS THE DREAM JOB FOR ME, AND I REALLY WANT TO BE HERE FOR
QUITE A WHILE.
Since 2011, DeviceTalks, the live interview series from MassDevice, has brought you the best insight from the brightest leaders in medtech at intimate one-evening gatherings across the country.
MEDTECH’S BRIGHTEST MINDS MEET AT D E V I C E TA L K S W E S T 2 0 1 5
THE IRVINE MARRIOTT IN IRVINE, CALIF.
DEC. 9
This season of conversation with the leaders in medicine takes you inside the corner office of Boston Scientific, Johnson & Johnson, Merit Medical Systems, Entellus Medical, Tal Medical, Rotation Medical, Sunshine Heart, Aum Cardiovascular and more.
Learn more about this event and stay tuned for more announcements on the rest of our 2015 season.
JOHNSON: You live that in your personal life as well?
MAHONEY: I came in 95th in a 5K in our town out of about 110 people. I was fast [laughter].
I’m like many of you in this business. It changes a lot. I’m very competitive, and I want so much for a company to be uniquely good. That’s what motivates me, and I’m very restless about the performance of our company, and I care about employees. I guess I live it pretty well.
JOHNSON: Let’s switch a little bit to the market. You’ve spent a considerable amount of time in your career dealing with the interaction between hospitals and suppliers. In particular I’m referring to your time running the global healthcare exchange. Recently you said, “We are not going to pretend to be a solutions company.” But clearly the industry is moving toward the service model – we are seeing it from a lot of your competitors, frankly – and we saw that big Philips Healthcare deal recently, where they’re moving beyond just selling imaging equipment and bundling services in there. What’s driving this push toward the service model?
MAHONEY: The reason I said it is, I just want to be clear with our employees and our team that we are a medical device company and we make disruptive innovation to help patients, and that’s going to a drive a significant portion of our revenue and income forever.
Regarding solutions and services, I worked for GE when I first came out of school, and that company is very advanced, from servicing competitors’ equipment, to financing equipment, to outsourcing radiology labs, providing lean
optimization. I’m very familiar with it, and also from being at J&J.
At Boston Scientific, we are medical device company, but many of our businesses, before solutions became more the buzzword, have been very active in providing services and solutions within their
business unit. We do have a capability at Boston Scientific called Advantix – we offer a number of solutions. We don’t market it as heavily as some companies do, but our solutions are really pointed at the businesses. In our urology business, whether you talk about our remote stent trackers – because believe it or not, physicians forget to pull urethral stents out – you actually can track them remotely. There’s all kinds of things in our heart failure business, our CRM business.
We do a lot with heart failure analytics with our remote monitoring capabilities, we’ve done two or three recent joint ventures to provide cardiovascular analytics to customers. We have heart failure projects going on at that same hospital involved with Philips. We have a number of solutions within our Advantix portfolio, but they are aimed toward logical services or productivity benefits that are tied to our products.
They are typically focused on cardiovascular for our ICD business and our PI business. Whether it be lean optimization, billing practices that we assist with, we help our patients with Watchman, help develop their stroke programs. We enabled these, but we don’t have a vision for outsourcing, we don’t have a vision of buying hospitals or buying cath labs or outsourcing cath labs. We don’t think most customers want that, and so we focus on other services that make sense for our portfolio. M
Behind the scenes. Ahead of the curve. Inside the corner office.
Read the full interview online!devicetalks.com
www.medicaldesignandoutsourcing.com 9 • 2015 Medical Design & Outsourcing 127