SMT in FOCUS (Origin)

 
Resources:

DFM

» Simplify design and reduce the number of parts.
» Standardize and use common parts and materials.
» Design for ease of fabrication.
» Design within process capabilities and avoid unneeded surface finish requirements.
» Mistake-proof product design and assembly (poka-yoke).
» Design for parts orientation and handling.
» Minimize flexible parts and interconnections.
» Design for ease of assembly.
» Design for efficient joining and fastening.
» Design modular products.
» Design for automated production.
» Design printed circuit boards for assembly.

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Minimize flexible parts and interconnections.
Design For Manufacturing


Minimize flexible parts and interconnections.

Minimize flexible parts and interconnections. Avoid flexible and flimsy parts such as belts, gaskets, tubing, cables and wire harnesses. Their flexibility makes material handling and assembly more difficult and these parts are more susceptible to damage. Use plug-in boards and backplanes to minimize wire harnesses. Where harnesses are used, consider foolproofing electrical connectors by using unique connectors to avoid connectors being mis-connected. Interconnections such as wire harnesses, hydraulic lines, piping, etc. are expensive to fabricate, assemble and service. Partition the product to minimize interconnections between modules and co-locate related modules to minimize routing of interconnections.

 
References


Source: ©1998 DRM Associates. Used with permission. www.npd-solutions.com

 
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