INDUSTRIAL 3D DEVELOPMENTWe develop custom parts, enclosures and functional prototypes—from CAD design to tested, production-ready solutions.

From one-off replacement components to production-ready fixtures, every part is designed around real dimensions, interfaces and operating conditions.
01
Custom MountsPurpose-built brackets, holders and interfaces engineered around real equipment and installation constraints.
02
Protective EnclosuresCustom housings and protective components designed around electronics, connectors and operating conditions.
03
Reverse EngineeringExisting parts and tools measured, recreated or adapted when drawings or suitable replacements are unavailable
04
Jigs & PrototypesPractical tooling and prototypes developed to verify fit, function and assembly before production.


DEVELOPMENT WORKFLOWOur process turns real-world challenges into engineered solutions. Every step is measured, validated and built to perform.
DEFINE THE PROBLEMWe identify requirements, constraints and performance goals before development begins.
CAPTURE DIMENSIONSReal components and installation conditions are measured to establish an accurate design basis.
DEVELOP THE CAD MODELWe create a precise, manufacturable model tailored to function, fit and fabrication.
PROTOTYPE & VALIDATEThe solution is produced, fitted and tested under real-world assembly conditions.
DELIVER THE SOLUTIONThe validated part is prepared for production, installation or further iteration.
SELECTED PROJECTSA selection of purpose-built solutions developed around real components, installation constraints and field requirements.

Charge and transport two field power modules in a rugged case while ensuring repeatable alignment, reliable electrical contact and rapid deployment.
DIN-rail-mounted 3D-printed docking interfaces with fixed charging contacts, routed wiring and fitted protective foam.

Secure a large industrial capacitor within a constrained installation while preserving reliable retention and service access.
A reverse-engineered 3D-printed support developed around the real component dimensions, using a seating base, rear mounting plate and removable upper retaining element.

Protect an exposed RF bulkhead connector within a densely populated interface panel without obstructing adjacent ports.
A compact 3D-printed protective housing developed around the existing case geometry, preserving connector access and clearance for neighbouring cables.