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RFQ guide

What to include in a robotics component RFQ.

A useful robotics RFQ is not only a file upload. It should explain the part, application, quantity, material intent, inspection needs, and what risk must be reviewed before supplier routing.

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Start with part context

The first review should identify what the part does, what it connects to, and what failure mode matters. A robot joint housing, sensor bracket, wrist plate, shaft sleeve, and cover panel may all be mechanical parts, but they create different manufacturing assumptions.

  • Part function
  • Mating parts
  • Motion or load context
  • Prototype or production

Send manufacturable inputs

The strongest package includes CAD, a drawing PDF, material target, finish, quantity range, delivery target, and any critical dimensions that should not be guessed by the supplier. If a drawing is not ready, photos and sample notes can still start a route review.

  • STEP / STP
  • Drawing PDF
  • Material target
  • Critical dimensions

Separate confirmed needs from preferences

Buyers move faster when mandatory requirements are separated from nice-to-have preferences. This keeps early quoting realistic and reduces back-and-forth.

  • Must-have specs
  • Preferred finish
  • Target budget
  • Inspection expectations

Flag the risk before supplier routing

A good RFQ also explains where the buyer is worried: bearing fit, cosmetic finish, supplier documentation, lead time, assembly alignment, country routing, or unknown material choices. That context helps prevent a cheap quote from becoming an expensive rework cycle.

  • Fit risk
  • Finish risk
  • Documentation risk
  • Lead-time risk