Design for Manufacturability & Concurrent Engineering: How to Design for Low Cost, Design in High Quality, Design for Lean Manufacture, and Design Quickly for Fast Production |
Contents
DESIGN FOR MANUFACTURABILITY | 1 |
When Costs Are Committed | 6 |
CONCURRENT ENGINEERING | 18 |
Team Participation Traditional vs Advanced Models | 39 |
Increasing Revenue with Early Intros Upgrades | 66 |
The Lexmark Model Linear vs Concurrent Models | 80 |
DESIGN FOR LEAN | 101 |
Kanban Automatic Resupply | 105 |
DFM GUIDELINES FOR PART DESIGN | 257 |
Improved Design for Easier and Better Machining | 262 |
DESIGN FOR QUALITY | 277 |
Parts Within Spec but Many at Tolerance Extreme | 282 |
IMPLEMENTING | 305 |
DFM SUMMARY | 325 |
Key DFM Tasks Results and Tools | 340 |
Appendix A SUMMARY OF GUIDELINES | 347 |
Examples of Part Type Listing Orders | 134 |
Standardization of Expensive Parts | 149 |
MINIMIZING COST BY DESIGN | 173 |
Cost Breakdowns With and Without Overhead | 177 |
Cost Distortion Downward Spiral | 213 |
DFM GUIDELINES FOR PRODUCT DESIGN | 231 |
Alignment Using Round and Diamond Pins | 233 |
Common terms and phrases
Activity Based Costing Activity-Based Costing Anderson arbitrary decisions automatic automation avoid BTO&MC Build-to-Order & Mass change orders Chapter checklists CIM Press companies components Concurrent Engineering cost drivers cost reduction delivery Design for Manufacturability design products design team DFM principles DFM program DFM training diagnostic discussed early efforts eliminate ensure equipment expensive factory fasteners feedback fewer Figure fixtures flexible functions goals holes implement important improve input inventory labor Lean Manufacturing lean production lower machine Manufacturability & Concurrent Mass Customization material overhead minimize modular modules off-the-shelf on-demand operations optimal orientation Outsourcing overhead costs PC board phase Poka-Yoke printed circuit boards product architecture product cost product design product development teams product line product quality projects purchasing reduce reliability repair result rules and guidelines Section setup six sigma solder specify strategy subassemblies suppliers Supply Chain Management sure time-to-market tolerances types vendors wave solder