Design for Manufacturing

Design for Manufacturing

How can you optimize your design process to improve your performance, quality and efficiency in manufacturing?

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Why is design for manufacturing so important?

The importance of checking designs for manufacturability cannot be overestimated. Meeting project schedules, achieving a high level of quality management, controlling production costs and improving innovation all hinge in part on getting designs right the first time. In fact, according to Wohlers Industry Report, a small engineering change that could cost $100 or less in the concept phase, could balloon to over $1 million if design changes need to be made once the product is in the field.

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Try design for manufacturing capabilities in Solid Edge with our free trial test version and find out how our CAD software ensures accurate and efficient manufacturing processes.

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Four success criteria for production-oriented design

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PLANNING

Consult with manufacturing experts on your design.  Lowering manufacturing costs is never easier than at the design stage.

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MATERIALS

Use manufacturing-compliant materials if possible, which determines manufacturing processes and means, materials management and quality control.

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PROCESSES

Know the manufacture process to reduce costs. For example, 3D printing may enable one monolithic part design instead of manufacturing multiple components.

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STANDARDS

Use standard parts or components. This will reduce the cost of new designs, while improving inventory management and time-to-market.

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Find out how 3D printing will change design for manufacturing

Download our Develop 3D Additive Manufacturing eBook and find out how to overcome design challenges when creating and editing parts for 3D printing.

Design Challenges for 3D Print & Additive Manufacturing