Rmhs

“ROBOTICS MATERIAL HANDLING SYSTEM”

By

Vhanbatte Raghavendra S.

M.TECH (CAD-CAM)

UNDER THE GUIDANCE OF

Prof. Y. M. Puri 

INTRODUCTION TO MHS

Materials handling is loading, moving and

unloading of materials.

Movement and storage of materials at the lowest

possible cost.

OBJECTIVES OF MHS

Lowest Cost Solution.

1. Improve efficiency of a production system.

2. Helps productivity & increases profitability.

3. Maximize space utilization.

4. Reduce overall cost.

5. Smooth material flow.

PRINCIPLES OF MHS

Planning Principle.

Unit load principle.

Standardization Principle.

Safety Principle.

Equipment Selection Principle.

ROBOTIC MATERIAL HANDLING SYSTEM

Robots provides solutions for material handling applications, including fully automatic End of line packaging, pick and place, sorting, storage etc..

RMHS designed by feature: Variable speeds. Simple programming.

RMHS are especially beneficial when dealing with hazardous materials.

MATERIAL HANDLING PROCESSES

Pick and Place Dispensing Palletizing Packaging Part Transfer Machine Loading Assembly Material Removal Order Picking.

PICK AND PLACE ROBOTS

Easily automate picking a part up and placing.

Speed up the process, increases production rates.

Perform tedious, repetitive tasks.

Benefits: Speed Reliability Savings Accuracy Flexibility.

DISPENSING

Materials to be moved from one location to another. Provide the flexibility. Robots provide an opportunity to remove your

workers from these repetitious jobs. From pouring liquids to picking and placing objects,

robots are the most reliable. Benefits: Precision & Accuracy Repeatability Consistency Flexible Work Envelope Increased Safety.

PALLETIZING

Refers to loading and unloading parts, boxes.

Seen in many industries including food processing, manufacturing, and shipping.

End-of-arm-tooling styles allow flexibility.

Benefits: Increased Production

Rates Flexibility Reliability Consistency.

PACKAGING

Make your packaging faster, more efficient, and less costly.

The type of packaging required can vary, but a robot can complete any packaging process.

Benefits: Increased Speed Reliability Less Wasted Time Labor Cost Savings Flexibility.

PARTS TRANSFER

Part transferring was once done entirely by hand.

Robots are efficient & flexible.

Benefits: Faster Speed Cycles Efficient Flexibility Cost-Effective Accuracy and

Precision.

ASSEMBLY ROBOTS

Have expanded production capabilities in the manufacturing world.

Faster, more efficient and precise than ever before.

Robots have saved workers from tedious and assembly line jobs.

Benefits: Repeatability Speed Improved Return On Investment

(ROI) Labor Cost Savings.

MATERIAL REMOVAL

Grinding, cutting, deburring, sanding, polishing - Material removal applications.

Robots can made product surfaces like smoothing out steel; to precise, careful spot removal techniques for jewelry.

Quality and speed are increased. Benefits: Accuracy Repeatability Cost Savings Improved Quality Improved Return On Investment (ROI).

ADVANTAGES OF RMHS

Effective utilization of men, machine, equipment.

Proper flow of material.

Improve the efficiency of plant.

Quick movement of raw materials within the shopfloor.

Movement made by worker is minimized.

REFERENCES

1. Material handling system from Wikipedia.

2. On site of Company ‘Cotmac Electronics Pvt. Ltd.’

3. Brenton Robots Manufacturer; http://www.brentonengineering.com/products

4. Robotworx Robots Manufacturer; http://www.robots.com

5. ABB Robots Manufacturer; http://www.abb.co.in

6. Fanuc Robots Manufacturer; http://www.fanucrobotics.com.

THANK THANK YOUYOU ! !!!