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Manufacturability

Precise Cast Prototypes and Engineering - Machining

Design for Manufacturability

 

Reduce the number of parts

  • Each additional part increases the chance of an assembly error – reducing the number of parts is an effective quality management strategy
  • Part consolidation reduces the cost of stocking, reordering, and tracking parts
  • Evaluating the materials specified and the way parts can help you find part consolidation opportunities

Design for easy fabrication and assembly

  • Avoid right-hand/left-hand parts – when possible, design products so that parts can function as either

Avoid designing parts that require orientation in the assembly process

  • Parts that do not have to be oriented for assembly can help avoid quality problems. This can be as simple as drilling additional holes in a part. Often the extra cost of making parts symmetrical can pay for itself many times over.

Specify optimal tolerances

  • Feature-by-feature assessment of tolerance requirements can help determine where tight tolerances are specified unnecessarily, adding unnecessary cost to your project

Determining Materials to Specify

  • Careful evaluation of material options against application requirements can result in considerable cost savings.
  • Although cost per pound needs to be factored in, processing and manufacturability considerations often are a bigger consideration in determining overall project cost.

Finishes

  • All too often exterior finish requirements are carried through to interior parts unnecessarily.
  • Finish requirements should be evaluated closely to determine if they make the most sense for your project.