文档介绍：Table of Contents
1. Introduction
3
2. Background
Introduction
Attainable tolerances and causes inaccuracies
Influences on precision
5
3. Hewlett-Packard
Way of working
HP process system
Co-operation with Philips
9
4. Rogue
Specifications
Development general
Tolerance analysis
Product Design
Mould Design
Material
Process Design
Design rules Rogue
15
5. Carnegie
Specifications
Development Carnegie general
Tolerance analysis
Product Design
Mould Design
Material
Process Design
Design rules Carnegie
27
6. Design rules
Process
39
Material
Mould
Product
7. Case study
Specifications
Product analysis
Development
Next generation
47
8. Literature
61
Appendices
Appendix A
Statistic Process Control (in Dutch)
Appendix B
Injection moulding and tolerances (in Dutch)
Appendix C1
Product documentation Rogue
Appendix C2
Tolerance analysis Rogue
Appendix D
Attainable tolerances
Appendix E1
Product documentation Carnegie
Appendix E2
Tolerance Analysis Carnegie
1. Introduction
This project has been set up to fasten down the knowledge within the CCP about high precision injection moulding in relation to the Hewlett-Packard (HP) carriages. Two carriages for HP are developed for high precision injection moulding in co-operation with Philips Competence Centre Plastics. “Rogue” was a test case to develop a precision technology by injection moulding, fit for high precision in high volumes. In this case tolerances had to be attained, not by adjusting in the assembly line but by injection moulding. The results were the base for the development of the manufacturing process (part design, mould manufacturing, injection moulding process) for the “Carnegie” carriage.
With the goal to help HP in t