Process

From a broken sample to a numbered revision.

Every serious job follows the same loop and leaves a file, not a folder of screenshots.

  1. 01Physical part
  2. 02Scan
  3. 03Mesh cleanup
  4. 04Datums
  5. 05Parametric model
  6. 06Design change
  7. 07Prototype
  8. 08Inspection
  9. 09Production part
Carbon-fiber-filled polymer fixture holding an aluminum bracket on a surface plate
A fixture is often the first useful job: it holds the work while the replacement part is still being decided.

How a quote is stacked

You should see the engineering, not a single line that hides it inside a print price.

Work packageWhat you are paying for
ScanAs-is geometry, plus notes on wear, damage, and missing features.
CAD / reverse engineeringCleanup, datums, and a parametric model with design intent restored or improved.
Material reviewDuty, temperature, chemistry, load path, and how the part should be oriented.
PrototypeA first article in the candidate material and process.
InspectionDimensions against the model and against the sample you brought in.
Production partsThe accepted revision, repeated, with lot and parameter records.

The project file

This is not a certificate. It is the record we need before anyone asks for one, and the record we need when a part comes back.

  • Boaz project number
  • Customer requirement
  • CAD revision
  • Material specification and lot
  • Manufacturing parameters
  • Inspection measurements
  • Photographs
  • Deviations
  • Final revision

Parts this loop covers

A broken sample comes in. A model, a prototype, and then production parts go out — one, or as many as the line needs.

  • Impeller
  • Pump or fan housing
  • Obsolete equipment component
  • Jig or fixture
  • Load-bearing bracket
  • Duct or manifold
  • Fibre-reinforced component
  • A full scan-to-part mechanical component

Send the sample, a photo, or the failed lead time.

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