Design-for-repair means planning sacrificial wear zones, repair pads, access surfaces, machining allowance, material compatibility, and inspection access before the part ever enters service.

Who this helps

Show OEM and product development teams how they can design parts so future LMD repair is easier, safer, and cheaper.

What to evaluate

  • Why repairability should be designed upfront.
  • Wear allowance and repair pads.
  • Geometry access for laser head, robot, and machining.
  • Material compatibility and future overlays.
  • Documentation that helps future maintenance.
  • DfAM plus serviceability review.

Technical context

This topic connects to design for repair, OEM, repairability, LMD repair, lifecycle design for industrial LMD, DED, repair, coating, or metal AM decisions.

What to send for a feasibility review

Send drawings or CAD if available, base material, dimensions, damaged or functional zones, target deadline, acceptance criteria, and any documentation requirements. For repair work, add photos of the damage and a short description of the operating conditions.