CAD design
3D models of enclosures, brackets, mounts and fixtures, dimensioned and toleranced against the real board outline.
Mechanics
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.
3D models of enclosures, brackets, mounts and fixtures, dimensioned and toleranced against the real board outline.
Printed parts in days, so a fit problem costs an afternoon instead of a tooling change.
Test jigs, mounting rigs and functional prototypes that let the electronics be measured under realistic conditions.
This is the process for this discipline. The other three run differently — deliberately.
Available space, mounting points, ingress protection, thermal path, and what the part actually has to survive.
Modelled against the real PCB outline and connector positions — the board and the housing are designed as one part.
The first printed part is never the last. Iterations are cheap here and expensive later.
Assembled with the actual boards and cables, and tested as a unit — clearance, strain relief, serviceability.
STEP and STL files, dimensioned drawings, material and finish notes — enough for a local shop or an injection moulder.
Most projects do. The four disciplines are run by one team, so nothing is lost between a board, its firmware, its housing and the plan that ships it.
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.