Reverse engineering should identify functional interfaces, tolerances, material requirements, wear allowances, and inspection points. A damaged sample may not represent the original design, so operating context and mating components are important.
Engineering Inputs
Sample and mating-component inspection
Critical dimension capture
Material identification and verification
Drawing reconstruction and tolerance review
Manufacturing route assessment
Final dimensional and material inspection
Prepare the RFQ
Send photos, sample condition, available drawings, material information, quantity, and the equipment model or service context.