RMHS

1. “ROBOTICS MATERIAL
HANDLING SYSTEM”
By
Vhanbatte Raghavendra S.
M.TECH (CAD-CAM)
UNDER THE GUIDANCE OF
Prof. Y. M. Puri

2. INTRODUCTION TO MHS
 Materials handling is loading, moving and
unloading of materials.
 Movement and storage of materials at the lowest
possible cost.

3. 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.

4. PRINCIPLES OF MHS
 Planning Principle.
 Unit load principle.
 Standardization Principle.
 Safety Principle.
 Equipment Selection Principle.

5. ROBOTIC MATERIAL HANDLING
SYSTEM

6.  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.

7. MATERIAL HANDLING
PROCESSES
 Pick and Place
 Dispensing
 Palletizing
 Packaging
 Part Transfer
 Machine Loading
 Assembly
 Material Removal
 Order Picking.

8. 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.

9. 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.

10. 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.

11. 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.

12. 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.

13. 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.

14. 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).

15. 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.

16. 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.

17. THANK
THANK YOU
YOU !!!!