Menu
Enclosures designed around your electronics.
The enclosure is the part your customer actually touches. Nuteknix designs and 3D-prints housings built around the PCB, the connectors, the assembly process and the environment the product lives in — not the other way around.
The difference
Board and box,
designed
together.
When the PCB designer and the enclosure designer are the same team, the parts fit the first time.
Connector positions, mounting bosses, LED light pipes, button placement, airflow, antenna clearance — these live at the boundary between electronics and mechanics, and it's where products designed in silos go wrong. Nuteknix designs both sides of that boundary at once.
From a one-off prototype housing to small production runs — and when volumes justify injection moulding, we support the handover to tooling specialists.
What's included
From CAD file
to physical part.
Design, print, test, iterate — quickly.
Mechanical CAD design
3D modelling of enclosures, brackets and mechanisms — designed for the electronics inside and the hands that will assemble and use them.
3D-printed enclosures
Functional housings printed in engineering materials — fast turnaround from design change to part in hand.
Fit & assembly checks
Physical verification with the real PCB, connectors and cables — tolerance problems found on the bench, not in production.
Environmental design
Sealing, ventilation, UV and impact considerations for products that live outdoors, in factories or at gate posts.
Small production runs
Printed batches for pilots and early sales — start selling before committing to tooling.
Support on the road to moulding
When volumes outgrow 3D printing, we help you take the next step — sharing the design intent with injection-moulding specialists and supporting the handover, so nothing gets lost in translation.
Proof
“Hardware, firmware, software and cloud—engineered as one complete system.”
See how the whole system comes together in our featured project.
Read the case study →Need a home for your hardware?