Home / Prototype to Production
Volume-aware planning

Let the process mature with the product.

A prototype proves geometry or function. Repeat production needs stable revisions, repeatable workholding, controlled inspection and a clear response to change.

Engineering prototype

Optimize for learning: fit, motion, thermal behavior, assembly or user evaluation. Identify which requirements are provisional.

Bridge build

Stabilize material, finish, inspection and packaging while the product or dedicated tooling is still evolving.

Repeat production

Control revision, approved process, workholding, inspection frequency, change communication and delivery cadence.

Quote for the stage you are in

Prototype and production quotes should not hide different assumptions under the same unit price. Share current quantity, likely annual demand, revision maturity and whether tooling investment is acceptable.

Before design freeze

  • Confirm mating interfaces and datum strategy.
  • Separate functional requirements from inherited drawing defaults.
  • Resolve finish buildup on fits, threads and contacts.
  • Plan inspection for features that truly drive assembly.
  • Record approved deviations or DFM changes in the released files.

Before repeat orders

  • Provide an unambiguous part number and revision.
  • Identify any approved sample or appearance limit standard.
  • Confirm packaging, labeling and documentation.
  • State whether material sources or secondary processes are controlled.
  • Review changes before ordering against an older quotation.

Cost drivers that change with volume

Programming and setup are spread across more parts as volume rises, while dedicated jaws, fixtures, gauges or optimized stock can become economical. Conversely, frequent revision changes may favor flexible workholding even at a higher cycle time.