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Total Quality Process Control for Injection Molding

by: Gordon, M. Joseph

Total Quality Process Control for Injection Molding

by: Gordon, M. Joseph

ISBN 13:
9780470229637
ISBN 10:
0470229632
Edition: 2nd
Format: Hardcover
Copyright: 05/03/2010
Publisher: Wiley

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Total Quality Process Control for Injection Molding > ISBN13: 9780470229637

Summary

This book highlights the importance of quality control for injection molding the most commonly used plastics manufacturing method. It provides the guidance and information to apply quality assurance methods so that plastic parts are produced right the first time and through all manufacturing operations. The book details ways to improve plastics part design and quality, processability, and total manufacturing, and offers detailed information on machinery and equipment. It also updates the first edition with essential information on Six Sigma, ISO 9000, and TS 16949; computer-guided process control techniques; and lean manufacturing methods.

Author Biography

M. Joseph Gordon Jr. is a consultant in the quality/process control and plastics field. He has over thirty-five years' experience in quality assurance, process control, and program management with experience in establishing and maintaining an ISO 9001, ISO 14001, and/or QS-9000/TS 16949 Quality System, Lean Manufacture, and Six Sigma business and manufacturing systems. Mr. Gordon has worked closely with Chrysler, Ford, and General Motors; CTS Reeves (frequency oscillators); and Lockheed Martin and their supplier network requiring tight tolerance products in a variety of materials.

Preface.

1. Total Quality Process Control.

ISO 9001.

Documentation.

Establishing Process Ownership.

Ideas and Methods.

2. Implementing Total Quality Process Control (TQPC).

Quality Improvement Plan.

Statistical Process Control (SPC).

Controlling the Process.

Cp the Control of Operations.

Cpk-Centered Process Control.

Establishing Company Quality Objectives.

Customer Quality.

3. Managing for Success, Commitment to Quality.

Objectives for Managing a Quality System.

Proactive Preventive Action.

Total Quality Process Control.

Principles for Quality Systems Engineering.

Objectives for Managing a Quality System.

Customer-Supplier Quality Agreements.

Product Quality Determination.

Form, Fit, and Function (FFF).

Product Requirements.

Existing Mold Considerations.

Establishment of Responsibility.

Department TQPC Responsibility.

Estimated Piece Part Price.

Multifunctionality.

Assembly and Decorating.

Manufacturing Capability.

Computer-Integrated Manufacture (CIM).

Tracking Manufacture.

RFID.

EDI.

Control of Operations.

Process Control.

Control Charting.

International Organization for Standardization (ISO) Accreditation.

Program Monitoring—Communication.

Communicating Quality in Business.

Communications.

Surveys.

Quality Function Deployment (QFD).

QFD in Operation.

Customer Feedback.

Critical to Quality (CTQ).

Building on TQPC, Product Manufacture.

Checklists.

Quality Circles.

Fishbone Analysis.

Failure Mode and Effects Analysis.

Types of FMEAs.

FMEA Timing.

Implementing an FMEA.

FMEA Development.

4. Customer Satisfaction.

Manufacturing and Supplier Input.

Vendor Selection.

Vendor Survey.

Customer and Supplier Agreements.

Vendor Clinics.

Product Requirements.

Product Preproduction Review.

5. Organization Responsibilities.

Quality Operations.

Quality Uniformity.

Compliance Audits.

Six Sigma Introduction.

Procedure.

Quality Problems.

TQPC Management Operations.

Preventive Action.

6. Establishing the Limits for Quality Control.

Preproduction Product Analysis.

Taguchi Methods.

Prototyping.

Mold Limits.

Material Selection.

Calculation of Plastic Part Cost.

Case Study of Product Cost Analysis.

Estimating Part Cycle Time.

Mold Part Cavity Estimation.

Mold Size Considerations.

Injection Molding Machine Selection.

Melt Generation.

Molding Machine Screw-type Considerations.

Machine Hourly Rate.

Machine Setup Charges.

Calculating Product Manufacturing Cost.

Material Supplier Limits.

Establishing Manufacturing Limits.

Auxiliary Equipment.

In-Process Inspection.

Establishing Total Quality Process Control.

Acceptable Quality Limits.

7. Material Selection and Handling.

Thermosets.

Thermoplastics.

Classifying the Polymers.

Product Certifi cation.

Material Specifi cation.

Product Variable Specification.

Incoming Material Testing.

Material Testing Equipment.

Material Safety Data Sheets.

Record Accuracy.

Bar Coding: An Aid in Total Quality Process Control.

Regrind Control.

Material Handling and Storage.

Regrind Usage.

Processing Aids.

8. The Mold.

Computer-Integrated Manufacture.

Pre-mold Design Checklist.

Tooling.

Selecting Materials for the Mold.

Cavity Selection.

Runner Systems.

Cavity Runner Layout.

Runner System Design.

Gating the Part.

Sprues and Nozzles.

Parting Lines.

Side Core Pulls.

Core Selection.

Part Ejection.

Venting the Cavity.

Core Venting.

Positive Cavity Venting.

Temperature Control.

Cooling Systems.

Mold Connection Types.

Cooling Time.

Mold Shrinkage.

Hot-Runner Molds.

Mold Maintenance.

9. Manufacturing Equipment.

Machinery Selection.

Process Control.

Electric Injection Molding Machines.

Injection Molding Machine Nomenclature and Operation.

Reciprocating Screw Injection Molding Machine.

The Injection Molding Machine.

Selecting Barrel Heater Conditions.

Pyrometer.

Thermocouples.

Mold Fit and Support.

Machine and Mold Clamping Systems.

Vented-Barrel Machines.

Maintenance of Machinery.

10. Auxiliary Equipment.

Material Feeders and Blenders.

Automatic System.

Central Systems.

Material Feed to the Injection Molding Machine.

Material Blending at the Hopper.

Blending Quality Checks.

Color Concentrate Blending.

Regrind Usage.

Material Drying.

Plant Equipment Cooling Systems.

Granulators or Grinders.

Part Removal, Conveyor Systems, and Robots.

Quality Inspection Equipment.

Quick Mold Change.

11. Processing.

Production Startup for Process Control.

Acceptable Quality Level Limits.

Networking Production.

The Injection Molding Process.

Injection Molding Startup.

Other Molding Variables.

Fine Tuning the Cycle.

Regrind Effects on Part Quality.

Determining the Missing Variable.

Process Control Charting.

Maintaining Process Control.

Quality Maintenance.

Solutions to Typical Molding Problems.

Controlling and Monitoring Process Variables.

Process Line Integration.

12. Part Testing at the Machine.

Selecting the Test.

Verifying Molding Conditions.

Destructive Tests.

Nondestructive Tests.

Testing of Plated Parts.

Post-Mold Shrinkage Testing.

Conditioned Parts.

13. Part Handling and Packaging.

Planning.

Part Removal.

Part Handling and Packaging.

Automatic Part Packaging.

Robots.

14. Part Design Influence.

Selecting the Correct Design Parameters.

Material Selection.

Part Design for End-Use Applications.

Threads.

Undercuts.

Inserts.

Insert Loading.

Integral Hinges.

15. Assembly Techniques.

Plan for Assembly.

Automated Assembly.

Automated Inspection.

Assembly Techniques.

16. Decorating Considerations.

Control of the Process.

Decorating Techniques.

Surface Preparation.

Molded Colors.

Surface Finish.

Painting.

Spray and Wipe.

Two-Shot Molding.

In-Mold Decorating.

Vacuum Metallizing.

Electroplating.

Flocking.

Gravure Decorating.

17. Customer and Employee Satisfaction.

Quality Awareness.

Appendix A. Quality Management System (QMS) Control of Documents Procedure.

Appendix B. Design of Experiments (DOE): Statistical Troubleshooting Process Screening for Reducing the Number of Variables.

Appendix C. Checklists.

Appendix D. Supplier Evaluation Survey.

Appendix E. Mold Problem Solutions.

Appendix F. Decoration & Information Solutions.

Glossary.

Bibliography.

Index.

Supplemental Materials

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