market access - TÜV Rheinland€¦ · market access WINTER / 2010 8 Medical North American medical device manufacturers looking to expedite process for receiving Medical Device Directive

market accessmarket accessYOUR KEYS TO NATIONAL AND INTERNATIONAL COMPLIANCE

market access WINTER / 2010

www.tuv.com

The Inside View 2 Overview from our Vice President of Business Development, TUV Rheinland PTL

Cover Story: 3PTLTUV Rheinland PTL Pioneering New Solar and Renewable Energy Technologies to Prepare for Future Energy Demand

Late Breaking News 6 New North American Test Lab Opening in 2011

Late Breaking News 7TÜV Rheinland Updates And Launches New Website

Medical 8New 10-Day Service Guarantee For Medical Device Directive (MDD) Approvals

Telecom 9Smart Grid Approach Looks to Alleviate Energy Stress: How NIST Is Leading Efforts During New Era of Power Distribution

Railway 12Remote Control Locomotive Equipment Helping to Ensure More Accurate, Safer Pullback Operations

Mexico 14TÜV Rheinland: NOM Certification in Mexico

Quality 15Announcing The Monthly Customer Feedback Survey Winners

TÜV Rheinland Events 16 & Contact InformationTradeshows & Contact Information

HARNESSING A SUSTAINABLE,

SOLAR POWERED ENERGY FUTURE:SUPPORTING INDEPENDENT ANALYSIS

OF SYSTEMS AND ELEMENTS

WINTER / 2010 2

Richard BozicevichVice President of Business DevelopmentTUV Rheinland PTL

Dear Valued Customer, In this issue of Market Access, we examine some of the dynamics in the energy marketplace and the corresponding challenges faced by manufacturers, purchasers and technology users.

Nowadays, it is difficult to open a newspaper, turn on the television or follow some community media outlet without hearing buzz about the latest in renewable energy products or devices. Proclamations continue to bombard us nearly everyday with mentions that a renewable energy product or device will help save the planet or help make a greener future.

Regardless of your position on climate change, almost all agree that the current situation of global energy demand growth, environmental pollution, political and socioeconomic factors make it a prudent step to diversify the current supply of energy and the baseline for how we produce and spend our energy dollars.

As you might already know, the TÜV Rheinland solar team has a long and proud history in the renewable energy markets. The TÜV Rheinland solar testing organization is the world’s largest of its kind and currently consists of seven dedicated solar testing centers strategically located across the globe – supporting key manufacturing and development regions. The experience of these centers dates back over three decades – long before renewable became the trendy energy source. The centers feature dedicated staff and facilities specifically for solar technologies and the solar supply chain related elements of the photovoltaic systems. This supply chain includes system elements, such as inverters, trackers or mounting systems, up to complete PV systems. It is estimated that over 60% of the solar technology independently tested and evaluated on the market today is done by TÜV Rheinland.

Also in this issue of Market Access, we will discuss a variety of subjects, including: news on the introduction of a test facility in Bentonville, Arkansas; how the Smart Grid approach is helping to lead the transition to a new era of

The Inside View

market access

power distribution; a new 10-day Medical Device Directive Service Guarantee that will accelerate the approval process for medical devices in the European Union market; a look at new technology that is redefining remote control locomotive switching operations; and, we’re very excited to be launching our new website to provide a better user experience; and, the impact and added benefits of new NOM accreditation in Mexico. In addition, discover tradeshow information, the announcement of the winners of our monthly Quality contest and much more!

A very pleasant Winter season to all,

Richard BozicevichVice President of Business Development TUV Rheinland PTL

WINTER / 2010 3

Today, and regardless of your position on climate change, most agree that energy supply diversification is the first step to alleviate current strain and address future, global energy demand. Solar and renewable sources of energy are underway, with TUV Rheinland PTL helping to lead the way, and these sources are already facing increased pressure because of the global and economic burdens already taxing current supply sources.

In 2009, world energy consumption decreased for the first time in 30 years largely due to the financial and economic crisis. Despite that downturn, energy

TUV Rheinland PTL Pioneering New Solar and Renewable Energy Technologies to Prepare for Future Energy Demand Global and Economic Factors Place Heavy Burden on Current Energy Supplies Richard Bozicevich, Vice President of Business Development at TUV Rheinland PTL

consumption growth remained vigorous in several key developing countries, specifically in Asia. During that time, China became the world’s largest energy consumer (18% of the total) since its consumption surged by 8% during 2009 (from 4% in 2008). [1]

Over time, as the global economies continue to grow, tension among the source and supply issues will continue to grow. Around the world, electricity remains the most vital component of national or international development; this is a problem that will only intensify as developing nations move to a higher standard of living and higher level of commercial development.

Making For A Brighter FutureMost of the world’s energy resources come either directly or indirectly from the sun’s rays hitting earth. Some of that energy has been preserved as fossil energy. Some is directly usable as solar power. Solar power is by far the Earth’s most avail-able energy source; it is easily capable of providing many times the total current energy demand of the world’s population. It is estimated that covering 4% of the world’s desert area with photovoltaics could supply all of the world’s electricity.[2]

For those of you that follow the renewable industry, you might be surprised to learn that one of the world’s longest standing regulatory agencies is also at the forefront of the green technology revolution.

market accessCover Story

PTL

CONTINUED ON PAGE 4

WINTER / 2010 4

TUV Rheinland Photovoltaic Testing Laboratory (PTL) and the TÜV Rheinland Group have teams of solar experts across the globe dedicated to the imple-mentation and integration of solar technology. TÜV Rheinland solar teams are leading the way to devel-oping a sustainable path for solar power to reach its fullest potential as both a key to a sustainable energy future and as an economic driver for the regions of the world.

The TÜV Rheinland role in the renewable space has some similar elements to our historical role as a regulatory services provider, namely to help ensure the product is safe for the consumer. However, in solar technologies, our participation does not end there.

Today, under the TÜV Rheinland solar team, the vision of the laboratory is growing to encompass an entire range of testing solutions for many segments of the energy marketplace. Due to our technical capabilities and long history in renewable technol-ogy, many of the world’s most highly recognized manufacturers have come to utilize TÜV Rheinland photovoltaic testing core competencies as part of their product research, product development and product performance analysis.

The range of TÜV Rheinland’s expertise crosses a broad array of technologies. These technologies include: solar thermal; concentrating solar power; solar photovoltaics; concentrating solar photovolta-ics; building integrated photovoltaics; and, power

Pioneering New Solar and Renewable Energy… To Escalate (continued)


intervers on the energy supply side. Consistent with TÜV Rheinland philosophy, we also provide services to independently test and analyze the entire supply chain for the end devices produced. These supply chain elements include: glass; connectors; cables; backsheets; and, junction boxes, which are integral to good end product performance.

As the renewable energy industry grows, an evolu-tion of grid related electronic products is also taking take place. These include many of the smart grid and grid electronic control devices on the consumer demand side. From smart grid and distributed grid controllers, to micro power inverters, to a range of

PTL

CONTINUED ON PAGE 5

WINTER / 2010 5

Pioneering New Solar and Renewable Energy… To Escalate (continued)


PTL

wireless control electronics, these grid electronic products all support integration of renewable energy technology and alternative power forms into our everyday energy consumption. The industry refers to this product segment as the “balance of system.”

Here again, TÜV Rheinland technical competency supports the independent analysis of these grid electronic elements, along with the system as an entire working unit. The TÜV Rheinland solar team is providing solutions; demonstrated by coupling unique technical capability, and independent approach to the technology, with the demands from the consumer and purchaser protection side. Buyers see the explosion of technologies and quite frequently do not know where to turn for inde-

pendent, impartial testing and verification of their systems. TÜV Rheinland solar teams can support that testing and verification with a high degree of both scientific and technical acumen.

In this fashion, we provide the most beneficial service to our device or product manufacturing clients while performing our key role as a safety and certification body for the consumers.

As we continue to expand the base of business, we view this as, building on our core business philoso-phy. Since 1872 TÜV Rheinland has a tradition of fostering harmony between man, technology and the environment. With the addition of TUV Rheinland PTL and the TÜV Rheinland solar teams, we continue that tradition.

Sources:1. Global Energy Review in 2009 - Enerdata Publication2. A Study of Very Large Solar Desert Systems – April 2009

WINTER / 2010 6

Late Breaking News

market access

New North American Test Lab Opening in 2011Bentonville, Arkansas Location to Accept Products for Testing in First Quarter

TÜV Rheinland is pleased to announce its new testing facility in Bentonville, Arkansas. The laboratory is currently under construction, scheduled to be completed in early November 2010, and it will begin to accept products for testing in Q1 2011.

The new lab is a key component in the strategy to expand TUV Rheinland’s presence, scope and market share in the North America market, servicing retailers, manufacturers and importers.

Initially, the Bentonville lab will offer testing and consulting services for toys, children’s products, textiles, chemicals and green initiatives for both U.S. and Canadian regulations and standards, with plans to expand rapidly to include other product categories.

WINTER / 2010 7

TÜV Rheinland is pleased to announce it has updated its website to present a modern look with increased capabilities. The new website centralizes all TUV Rheinland North American companies and it improves performance by better showcasing services and providing quicker navigation.

Some of the key upgrades include:

the relevant information they seek with the least amount of clicks with additional new capabilities.

to find the exact services they are looking for.

inquiries and quote requests.

access to a library of downloads, mark information and specific questionnaires.

We encourage all of our customers to visit our redesigned website at www.tuv.com.

Late Breaking News

market access

TÜV Rheinland Updates And Launches New Website www.tuv.com To Better Serve Customers

WINTER / 2010 8market access

Medical

North American medical device manufacturers looking to expedite process for receiving Medical Device Directive CE Marking certificates, resulting in a quicker path to certification and shorter time to the European Union (EU) market, will want to learn more about a new 10-day Service Guarantee for accelerating approval and market entry.

The Medical Device Directive (MDD) defines essential quality and safety requirements for all medical devices imported, sold and used in the EU. In addition to its 10-Day Service Guarantee, TÜV Rheinland provides medical device manufacturers with a full suite of safety and regulatory solutions including FDA 510k Reviews, electrical safety testing, electromagnetic compatibility testing, environmental compliance services and analytical services.

Looking to improve upon the industry standard, TÜV Rheinland, a European Notified Body for numerous European Union Directives, recently announced the new Service Guarantee for 10-day turnaround.

TÜV Rheinland’s new 10-day MDD Service Guarantee was created to provide the medical device market a faster approval process for the ultra-competitive EU market. With ongoing process improvements, dedicated resources, and improved communication tools, manufacturers are provided with a transparent certification timetable from the beginning of the auditing process, bringing predictability and control to their product launch schedules.

“We are committed to continually developing new and innovative processes to get our customers products to market faster,” said David Surber, Vice President, Medical Devices, TÜV Rheinland. “With our 10-day certification process, our customers will benefit from our market leading process, providing them with their MDD certificates faster than ever before.”

New 10-Day Service Guarantee For Medical Device Directive (MDD) ApprovalsExpedited Service Speeds Time to Market for North American Medical Device Manufacturers

WINTER / 2010 9

The discussion on new and renewable sources of energy continues to be a big part of the national, and international, conversation as ever increas-ing demands are threatening our current energy resources. Specifically, our current electrical power grid is in need of serious overhaul and has led to exploration of new generation and distribu-tion methodology.

For background purposes, the electrical power grid refers to an electricity supply chain that runs from major power plants to every household. There are thousands of power plants that generate elec-tricity using alternative sources or nuclear energy, coal, hydro, natural gas and a variety of other types of generation.

One of the key requirements within this system is reliability. Currently, the demarcation point for this supply chain is the electrical meter with communi-cation capability on the utility side, the FAN network (WIMAX, LTE, BPL, etc.), and the premises side, the HAN/SE network (ZigBee, Wi-Fi, HomePlug).

However, in many areas, the entire system is under stress. Tremendous growth in energy usage has caused the transmission system to be at or above capacity - in particular during peak times in the summer. Amplifying these peaks and add-ing to grid instability, wind turbine plants and solar power plants provide energy only intermittently. Additionally, and in the case of solar, energy is also provided very suddenly.

The resulting peaks are served using very capital extensive natural gas power plants that are operating at very low duty cycles, perhaps ten days in one year.

Adding to this, additional devices will start to make their influence felt, such as wind-turbines, plug-in vehicles (PEV’S) and micro grids powered by PV

market access

Telecom

Smart Grid Approach Looks to Alleviate Energy Stress: How NIST Is Leading Efforts During New Era of Power Distribution Smart Grid Allows for Better Utility Management of Supply, Transmission, Distribution and Consumption of Energy Rolf Beinert, Technical Development Manager of Electrical and Electronic Services

CONTINUED ON PAGE 10

Today’s Electricity


Telecom

devices. All of these devices are non-dispatch-able (unlike conventional plants) and difficult to predict. Hence, the electrical grid is becoming increasingly unstable. In order to preserve the quality of the electricity service, to lower the carbon dioxide emis-sions and to better utilize the infrastructure, a new approach has been proposed: the Smart Grid.

Smart Grid refers to monitoring, analysis, control and communication capabilities between the electrical production, distribution, transmission and delivery systems. Its goal is to balance the usage and maxi-mize the throughput of the system while reducing energy consumption and increasing reliability of supply. The Smart Grid will allow utilities to manage supply, transmission, distribution and consumption of energy. It allows the consumers of electricity to inter-act and communicate with producers, distributors and potentially wholesalers of electricity directly.

Smart Grid builds on many of the technologies already

Smart Grid Approach Looks to Alleviate... Distribution (continued)

used by electric utilities, but it adds a new quality ofcommunication and control capabilities.

The Smart Grid does take advantage of new commu-nication standards and will enable new technologies, such as plug-in vehicles (PEV’s), various forms of:

The single most important factor for success will be a multi-vendor and standards based approach to the challenges at hand. Security and data privacy will be required for customer satisfaction and network safety under all conditions.

While this is not limited to the U.S., the Obama Administration has cleared the path for this new era of power distribution, and the utility companies are implementing a multitude of changes. Over $40-bil-lion in the U.S. stimulus package has been targeted for Smart Grid, infrastructure and clean energy.



Telecom

NIST was consequently tasked to provide interoper-able solution across the grid, and it has created 18 (initially 16) PAPs (Priority Action Plans) that address issues from interoperability over security to wireless technologies. Examples include:

NIST stepped up to the task with significant force and created the Smart Grid Interoperability Panel (SGIP) with many sub-committees to address the issues on the table. The following is an overview of the struc-ture of the SGIP.

As the first order of business, NIST released a list of recommended standards which will, in one way or the other, play a role in the Smart Grid environment. Further, in order to create a manageable concept, NIST created the following model.

Smart Grid Approach Looks to Alleviate... Distribution (continued)

The SGIP has made tremendous progress during the one year it has been in existence. The Testing and Certification Committee (TCC) is currently final-izing the first set of guidelines for standards to be interoperable.

TÜV Rheinland offers a wide variety of testing ser-vices for products that reside in the Smart Grid ecosystem. As a consistent participant in the UCA, NIST and other international efforts, TÜV Rheinland keeps updating their offering when new standards are being released. TÜV Rheinland is an appointed test house for ZigBee, Wi-Fi, SunSpec and the U-SNAP Alliances. More technologies will follow soon to encompass al the Smart Grid technologies.

Please be sure to check back for more updates in the 2011 Winter Issue of Market Access, including a discussion of the interoperability guidelines of the SGIP TCC.

Photo Courtesy of NIST

Photo Courtesy of NIST

WINTER / 2010 12

In 2004, TUV Rheinland Rail Sciences, Inc. was contracted by The Catton Group International to help integrate a new pullback protection technology into remote control locomotive (RCL) switching operations. The stopping distance calculations performed by TUV Rheinland Rail Sciences have since allowed for more accurate and safer pullback operations.

With the development of GPS and remote transponder systems, traditional two-person RCL long pullbacks can be performed with the use of only one remote control operator. Properly placed remote transponders backed by a GPS overlay can replace the functions that an on-board watchperson would perform, such as preventing the train from entering a grade crossing, reaching the end of the pullback track or entering the mainline track.

For this system to function with one man operation, the remote transponders must be placed at appropriate intervals to monitor and adjust the speed of the train based on tonnage and available stopping distance. TUV Rheinland Rail Sciences has the unique capability of being able to complete the full range of data collection and analysis needed to determine effective transponder placement.

To complete a full pullback transponder placement analysis, data on the layout and elevation of the pullback tracks are needed, as well as, the start and

market access

Railway

Remote Control Locomotive Equipment Helping to Ensure More Accurate, Safer Pullback Operations New Technology Allows for Single Remote Control Operator TUV Rheinland Rail Sciences, Inc.



Railway

Remote Control Locomotive Equipment Helping to Ensure More Accurate, Safer Pullback Operations New Technology Allows for Single Remote Control Operator TUV Rheinland Rail Sciences, Inc.

ending points of the pullback zones, the safety zone length and the stopping point. This information is sometimes provided to us by the railroad, while other times, we collect the data onsite.

TUV Rheinland Rail Sciences sends out a team of field engineers with total station survey equipment to measure the elevation of the pullback track and its feeder tracks. The location of the starting and ending point of the pullback zones, the safety zone and stopping point are recorded, as well as the location of switches, road crossings, mainline track and structures.

Once the data is collected, our engineers input it into a complex braking algorithm calculation model. Developed by RSI, the model has been validated by TUV Rheinland Rail Sciences engineers through actual train stopping data in real world braking tests.

Clients are provided with safety zone stopping distance information for the placement of transponders based on the specific parameters of how many locomotives,

type of locomotives, brake valve type and desired maximum tonnage.

Once clients receive their layout plans, the track is commissioned and tested based on the data provided by the braking model. Once tested, we are able to make adjustments in the model if the client finds they need a less conservative plan.

WINTER / 2010 14

TÜV Rheinland, the worldwide leader in global market access, announces that its cTUVus mark has been accepted by the government of Mexico as an equivalent of its NOM standards for product safety. The company’s subsidiary TÜV Rheinland de Mexico, S.A. de C.V., located in Mexico City, will handle testing and international approvals under this safety standard locally.

The scope of equivalent standards includes: NOM-001 (Electronic products in general), NOM-016 (Office equipment and devices), NOM-019 (IT products), ANSI/UL 60065 or CAN/CSA-C22.2, ANSI/UL 60335-1 or CAN/CSA-E60335-1/4E-03 (R2007), ANSI/UL 60950-1 or CAN/CSA-C22.2 No. 60950-1-07, and ANSI/UL 60065 (applicable in the U.S. and Canada). Only audio and video products are applicable to ANSI/UL 60065 (NOM-001). Other electronic products under the NOM-001 scope – such as video projectors, battery chargers, and adapters – must obtain the NOM certificate locally.

“Acceptance of cTUVus certificates equivalent to the NOM standards extends our current service offering to manufacturers worldwide as well as within Mexico,” said Bernd Indlekofer, TÜV Rheinland de Mexico’s President. “Our cTUVus mark already helps increase access to global markets quickly and cost-effectively. With the addition of this option to TÜV Rheinland services, we can become a single solution for companies that want to launch products in North America.” NOM is a mandatory Mexican standard that regulates the safety of products imported into the country. Electrical, electronic, medical, wireless, and telecom

products must be tested to the national, mandatory NOM standards by an accredited Mexican laboratory. Products subject to NOM cannot be imported into Mexico unless certified as compliant.

Mexican authorities must receive a copy of the cTUVus certificate with a “Mexico Addendum” to guarantee products clearance through customs and immediate access to the Mexican market. The “Mexico Addendum” can be requested by the TÜV Rheinland de Mexico office. Products imported through the “Standards Equivalent Scheme” are subject to a document follow-up inspections program currently being developed by the Mexican authority.

The acceptance in Mexico of our certificates boosts TÜV Rheinland’s service offering in North America. The company is also accredited as a Nationally Recognized Test Laboratory by the U.S. Occupational Safety and Health Administration and the Standards Council of Canada, and the company’s cTUVus mark is recognized as the equivalent and direct replacement to the UL and CSA marks.

market access

Mexico

TÜV Rheinland: NOM Certification in Mexico New Acceptance to Expand Services Victor Correa, Product Safety Manager, TÜV Rheinland de Mexico, S.A. de C.V.


Congratulations to Arthur Post, Triten Alloy Products Group (August), Sean Backer, Dynamic Surface Technologies (September), Tracy Starnes, Sherwood Valve, LLC (October), as the monthly winners of the TÜV Rheinland customer feedback survey draw-ings for the Management System Certification (MSC) Division. Arthur, Sean and Tracy are proud winners of an elegant TÜV Rheinland clock, which was recently sent to them compliments of TÜV Rheinland.

Providing customer service is critical to the MSC Division of TÜV Rheinland. A customer feedback sur-vey is given to all customers at the completion of their audit and is used to identify the following key points in providing good customer service:

If you are a quality registration customer, please take a few moments to respond to our survey and qualify as the winner of a TÜV Rheinland monthly prize. Your sat-isfaction is important to us. Other response vehicles are available to TÜV Rheinland customers through an online feedback form available at www.tuv.com.

Announcing The Monthly Customer Feedback Survey WinnersManagement System Certification Response Yields Valuable Prize For Lucky Contestants

Quality

WINTER / 2010 16

Offshore Technology Conference 2011Reliant CenterHouston, TXMay 2-5Booth #6409

Quality Expo 2011Donald E. Stephens Convention CenterRosemont, ILSept 20-22Booth #1006

InterSolar North America 2011Moscone CenterSan Francisco, CAJuly 12-14Booth #2043

TÜV Rheinland Events & Contact Information

Tradeshows

To view other tradeshows that TÜV Rheinland will be exhibiting at,please visit http://www.us.tuv.com/news/tradeshows.aspx.

market access

Contact

For more information on any of the articles in this issue of Market Access, please call toll-free at 1-TUV-RHEINLAND (1-888-743-4652) or visit www.tuv.com.

WINTER / 2010 17

Don’t let country-specific regulatory compliance processes, tests or accreditations make you late. Get them done on time, on budget and with as little effort from you as possible.

Whether you’re selling down the road or around the world, TÜVRheinland’s country-speci#c certi#cations and premier testing and assessment capabilities will help you access global market opportunities. Our local experts will help you meet your market access needs quickly, easily and cost-e$ ectively, and our worldwide network and extensive experience will assure your products’ compliance wherever you want to sell.

Whether you need:

Commercial/Consumer Product Safety Testing and Certi" cation

EMC Testing With 19 Conveniently Located, State-of-the-Art Labs in North America

Industrial Machinery Testing Provided by a Large Sta# of Highly Quali" ed Engineers

Wireless Testing (Experts in Radio, Wi-Fi, and ZigBee)

International Approvals for 200+ Countries

We Deliver On Time...

So You Can Sell.

TÜV Rheinland has the experts, facilities and experience you need to assure fast and easy market penetration.

Contact us today to learn more.

1-TUV-RHEINLAND (1-888-743-4652)

www.tuv.com

market access

WINTER / 2010 18

market access

Traci Conroy Managing EditorTUV Rheinland North America Group1 Federal Street, 18th FloorBoston, MA 02110 Tel 1-TUV-RHEINLAND (1-888-743-4652)Email [email protected]

Market Access is published four times a year by TÜV Rheinland. Subscriptions are free. This newsletter is published for the convenience of our customers, clients and professional associates. Although it is intended to provide accurate and authoritative information with respect to the subject mat-ter covered, the information and opinions contained in this publication are those of the authors and not of the editor or publisher. The authors, editor and publisher disclaim any liabil-ity for any inaccuracies contained herein. Before any action is taken based upon the published information, it is essential that competent and individual professional advice is obtained.

TÜV Rheinland, Inc. is an equal-opportunity/affirmative action employer.

Mission Statement

Employees and LeadershipOur employees are the most important success factor for the TÜVRheinland® Group. Their engagement, competence, neutrality and performance are key.

Services and ProductsDemonstrable quality marks our services and products. This creates and secures competitive advantages.

Technology and SafetyWe represent responsibly designed technology and set safety standard for the future.

Customers and MarketsCustomers safeguard our existence. The customer must be convinced of the quality of our services in order for us to achieve success in the marketplace.

Economic Success and a Secure FutureMarket-oriented thinking and efficient action secure the strength and independence of the TÜVRheinland® Group.

EnvironmentIn our work, we demonstrate that environmental protection, technology and economics can be combined in a sustainable manner. This applies to both our services and our own product.

The PublicOpenness, competence, presence and neutrality as an independent third party determine our actions and shape our public image

TÜV Rheinland is the worldwide leader in market access, helping businesses gain international approvals in more than 200 countries. The company delivers premier independent certification, testing, and assessment services for many industry sectors. With in-country experts across six continents, TÜV Rheinland eases the path to compliance with technical expertise, cost-effective pricing and quick turnaround times. The $1.5 billion corporation is comprised of an international network of more than 13,300 employees in 61 countries. For more information, visit www.tuv.com.

United States CanadaTorontoAtlanta, GA

Austin, TXBirmingham, ALBoston, MABoxborough, MAChicago, ILDetroit, MIFlint, MIGrand Rapids, MI Houston, TX

Newtown, CTOmaha, NEOrlando, FLPittsburgh, PA Portland, ORRaleigh, NCRochester, NYSan Diego, CASan Francisco, CASanta Clara, CATempe, AZ

MexicoGuadalajaraMexico CityMonterrey

market access - TÜV Rheinland€¦ · market access WINTER / 2010 8 Medical North American medical device manufacturers looking to expedite process for receiving Medical Device Directive

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