1. Week 13 COMPUTER INTEGRATED MANUFACTURING SYSTEM (CIMS)
Matakuliah : Mechatronics 2
Tahun : 2005
Versi : 1.0/0
Week 13 COMPUTER INTEGRATED MANUFACTURING SYSTEM (CIMS)

2. Learning Outcomes
By the end of this session, students will have a general understanding of CIMS.

3. Manufacturing Model 1) Elements Functions
1)Duncan, L.W.; “Manufacturing 2000”

4. Trend of Shift Direction
Business Administration
Obtaining Business
Defining Product & Processes
Production
Distribution
Support
Trend of Shift Direction 1)

5. Characteristics of Industrial Plants
Mechanical Plant
Transient time <<
No. of variables <<
Measured variables >>
System parameters relatively vary from one condition to another
Process Plant
Transient time >>
No. of variables >>
Measured variables <<
System parameters relatively constant

6. Types of Automation Continuous Flow Production Mass Batch Job Shop
Variety
Quantity
Changes of System Parameters
Relatively Low
Relatively High

7. Production Volume vs. Part Variety
Ref. Groover, Zimmers Jr.

8. It incorporates CAD/CAM technologies, e.g.
CIMS
Designed to fill the gap between high production transfer lines and low production NC machines.
It incorporates CAD/CAM technologies, e.g.
Computer Numerical Control.
Automated inspection methods.
Industrial robots.

9. Types of Manufacturing System
Special manufacturing system.
Manufacturing cell.
Flexible Manufacturing System (FMS).
Ref. Groover, Zimmers Jr.

10. Machine Tools Standard CNC machines Inspection stations.
Selection of machine tools which make up a CIMS depends on the processing requirements. Factors that define the processing requirements
Part size
Part shape
Part variety
Product life cycle
Definition of future parts.
Operation other than machining, e.g. assembly and inspection tasks.

11. Computer Control System
Machine control.
Direct numerical control.
Production control.
Traffic control.
Shuttle control.
Work handling system monitoring.
System performance monitoring and reporting.

12. Increasing machine utilization. Shorter manufacturing lead time.
Benefits of CIMS
Increasing machine utilization.
Shorter manufacturing lead time.
Lower in process inventory.
Scheduling flexibility.