manufacturing systems in cims

15
MANUFACTURING SYSTEM OF COMPUTER INTEGRATED MANUFACTURING RIZWAN RAUF UW_07_ME_010 JAHANZEB IKRAM UW_07_ME_011 RASHID IQBAL UW_07_ME_012 WASIF ALI GILL UW_07_ME_013

Upload: jahanzeb

Post on 10-Apr-2015

88 views

Category:

Documents


1 download

TRANSCRIPT

Page 1: Manufacturing Systems in CIMS

MANUFACTURING SYSTEM OF COMPUTER INTEGRATED MANUFACTURING

RIZWAN RAUF UW_07_ME_010

JAHANZEB IKRAM UW_07_ME_011

RASHID IQBAL UW_07_ME_012

WASIF ALI GILL UW_07_ME_013

Page 2: Manufacturing Systems in CIMS

CONTENTS Manufacturing Systems CIMs Numerical Control Industrial Robotics Programmable Logic Controllers Flexible Manufacturing Systems Group Technology

Page 3: Manufacturing Systems in CIMS

MANUAFACTURING SYSTEM

The manufacturing system is a collection of

integrated equipment and human resources that

perform processing and assembly operations on

work material.

Page 4: Manufacturing Systems in CIMS

COMPUTER INTEGRATED MANUFACTURING

An computer integrated system requires that there be two or more computers connected to pass information.

Page 5: Manufacturing Systems in CIMS

Following three components distinguish CIM

from other manufacturing methodologies;

Means of data storage, retrieval, manipulation

and presentation;

Mechanisms for sensing state and modifying

processes;

Algorithms for uniting the data processing

component with the sensor/ modification

component.

Page 6: Manufacturing Systems in CIMS

AUTOMATED MANUFACTURING SYSTEM

Automated manufacturing system reduce level of human participation compared with the corresponding manual process.

Example of automated manufacturing system includes

o Automated machine tools that process partso Automated assembly systemo Automatic material handling and storage.o Automatic inspection system.

CONT……….

Page 7: Manufacturing Systems in CIMS

NUMERICAL CONTROL (NC)

NC is a form of programmable automation in

which the mechanical actions of an equipment

are controlled by a program containing codes.

NC system consists of three basic components:

a) Part program,b) Machine Control Unit,c) Processing Equipment.

Page 8: Manufacturing Systems in CIMS

NUMERICAL CONTROL (NC)

The part program is the detailed set of commands to be followed by the processing equipment.

MCU is a microcomputer that stores and executes a program, by converting each command into actions by the processing equipment.

The processing equipment accomplishes the sequence of processing steps to transform the starting workpiece into a completed job.

Page 9: Manufacturing Systems in CIMS

INDUSTRIAL ROBOTICS

An industrial robot is a general-purpose programmable machine consisting of a mechanical manipulator and a controller to move it.

Robots can be used in a variety of scenarios; Hazardous Environments, Repetitive work cycle, Long production runs, Difficult work or tool handling.

Page 10: Manufacturing Systems in CIMS

PROGRAMMABLE LOGIC CONTROLLERS (PLC)

PLC is a widely used microcomputer based device that uses stored data instructions in programmable memory to implement logic, sequencing, timing, counting etc.

PROCESSOR

Power Supply

Input Module

Memory

Output Module

Programming Device

Page 11: Manufacturing Systems in CIMS

FLEXIBLE MANUFACTURING SYSTEM (FMS):

FMS is a highly automated machining center, consisting of a group of processing stations, interconnected by an automated material handling and storage system, and controlled by an integrated computer system.

An FMS is capable of processing a variety of different part styles simultaneously under NC control at different workstations.

Page 12: Manufacturing Systems in CIMS

GROUP TECHNOLOGY :

It is a method of manufacturing, in which similar parts are grouped together and manufactured together because of their similarities in design and production.

Cellular manufacturing is a concept in group technology, in which machine cells are developed where similar processes takes place.

Page 13: Manufacturing Systems in CIMS

SUMMARY

Page 14: Manufacturing Systems in CIMS
Page 15: Manufacturing Systems in CIMS

REFERENCES:

Fundamentals of Modern Manufacturingby M.P Groover

Machiningby ASM International

Manufacturing, Engineering & Technologyby Kalpakjian