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Medical devices and lab equipment fabrication

Medical fabrication produces device components, instrument parts, carts, and lab and cleanroom equipment.

Five-step flow diagram of a typical medical device fabrication job: Design transfer, Certified material, Laser cut and form, Weld and finish, Inspect, clean, document.

Materials and processes

316L stainless steel, titanium, and aluminum, often laser cut and laser or TIG welded, then electropolished or passivated.

Standards and certifications to know

  • ISO 13485: the quality management standard for medical device manufacturing.
  • FDA Quality Management System Regulation (21 CFR Part 820): the U.S. device quality rule, aligned with ISO 13485 as of February 2026.
  • ASTM F138 and F136: common specifications for implant-grade stainless steel and titanium.

Questions to ask a shop

  • Is the shop ISO 13485 certified, or does it work under your quality system?
  • Can it provide full lot traceability and material certifications?
  • Does it have cleanroom or controlled-environment assembly if you need it?
  • Can it electropolish or passivate and document the result?

What drives cost

Validation, documentation, inspection, specialty alloys, and small lot sizes drive price.

Metros with strong local demand

Questions

What should I look for in a medical device fabricator?

Relevant certifications, finished work similar to yours, the right equipment, and clear documentation. Start with: Is the shop ISO 13485 certified, or does it work under your quality system?

Where is medical device fabrication concentrated?

On this site, these metros have strong local demand: Baltimore, MD, Cleveland, OH, Houston, TX, Indianapolis, IN, Los Angeles, CA, Minneapolis, MN, Boston, MA, New York, NY, Philadelphia, PA, Pittsburgh, PA, San Francisco Bay Area, CA, Nashville, TN.