025 - FLEXIBLE AUTOMATION

1- How to machine a workpiece

2- What is a NC?

3- Cıoded data for numerical control systems

4- Machine tool path measuring systems

5- Prenciples of numreical control

6- Computer numerical control (CNC) & how it Works?

7- Computer numerical control features & selection criteria

8- Manual NC data input

9- Programs and programming

10- Manual proramming of NC machine tools

11- An example of computer assited programming

12- Programming languages and services

13- Servo drives and spindle drives

14- Numerical controlled machine tools used in industry

15- Cutting tool systems for NC machine tools

16- Industrial robotics, current and future applications

17- Personnel and training requirments

18- Prenetive maintenance and servicing of NC machine tools

19- Adaptive control(A/C) applied numerically controlled machine tools

20- Direct nuemrical control (DNC)

21- Programmable controls (PCs)

22- Flexible manufacturing systems

23- Nuermical control-could improve your manufacturing facility?

24- Compuetr aided design/computer aided manufacturing (CAD/CAM)

25- General guidelines for succesful implemention of CAD/CAM and NC

26- Computer integrated manufacturing (CIM)

27- The automated factory of tomorrow an overview

28 – Glassory of NC&CAM terms

29- National&international standards

Size               - 38.145 Mb

Pages             - 420

Language       - English

File Type         - JPG