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Mechanics

Mechanical design & prototyping

A board without a housing is not a product. We design the mechanical parts alongside the electronics, print them in days, and test the fit with the real boards before anything is tooled.

Working with
  • CAD
  • FDM 3D printing
  • STEP / STL
  • DIN drawings
  • Tolerance analysis

What we do

CAD design

3D models of enclosures, brackets, mounts and fixtures, dimensioned and toleranced against the real board outline.

3D printing

Printed parts in days, so a fit problem costs an afternoon instead of a tooling change.

Prototyping & fixtures

Test jigs, mounting rigs and functional prototypes that let the electronics be measured under realistic conditions.

How a mechanical project runs

This is the process for this discipline. The other three run differently — deliberately.

  1. Envelope & constraints

    Available space, mounting points, ingress protection, thermal path, and what the part actually has to survive.

  2. CAD design

    Modelled against the real PCB outline and connector positions — the board and the housing are designed as one part.

  3. Print & iterate

    The first printed part is never the last. Iterations are cheap here and expensive later.

  4. Fit & function

    Assembled with the actual boards and cables, and tested as a unit — clearance, strain relief, serviceability.

  5. Manufacturing handover

    STEP and STL files, dimensioned drawings, material and finish notes — enough for a local shop or an injection moulder.

What you receive

  • CAD source files and STEP export
  • STL files and print profiles
  • Dimensioned drawings with tolerances
  • Material and surface-finish specification
  • Assembly instructions

For businesses that need it to work in the field, not in a demo.

Plantations, factories, workshops and infrastructure operators across Indonesia — and product companies in Europe. Tell us the problem; we will tell you honestly whether we are the right team.