KriyaXlabs · Hardware design
Hardware and industrial design, from CAD to manufacturable output
In short
KriyaXlabs designs hardware parametrically — enclosure, mechanism and interaction surface around real electronics — and delivers manufacturable CAD output plus photoreal renders for decisions before tooling. We are doing it for our own screen-free device right now.
Most software studios stop at the screen. We did not, because the product we wanted to build for learners does not have one. Designing hardware taught us that a physical product is a hundred decisions that cannot be patched later: where the sensors sit, how a hand casts a shadow, what a child can and cannot break.
That work is done parametrically, so a change to one dimension propagates through the whole model, and it ends in files a machine shop can work from directly.
What you get
Parametric CAD
A fully constrained model where geometry follows from stated dimensions, so revisions are edits rather than rebuilds.
Enclosure and mechanism design
Around real boards, cameras, sensors and interaction surfaces, with cable routing, thermal and assembly considered together.
Manufacturable output
STEP and print-ready files, assembly documentation and parts lists a shop or a print farm can act on.
Photoreal visualisation
Rendered before anything is tooled, so stakeholders decide on the thing rather than a sketch of it.
Prototype runs
Print and assembly documentation for the first units, and the verification list for what to check with parts in hand.
How it runs
- 01Brief: what it must do, who touches it, what it must survive.
- 02Parametric model with fixed geometry justified in writing.
- 03Render, review, revise — cheaply, before tooling.
- 04Manufacturable output and prototype documentation.
Built with
Proof, not promises
Products of ours that do this in production.
Questions about hardware design
Hardware designDo you design the electronics as well as the enclosure?
We design around the electronics — board placement, sensor sightlines, cable routing, thermal and assembly — and specify the parts. Custom PCB design is scoped per project with a partner where needed.
Hardware designWhat do we receive at the end?
A parametric CAD model, STEP output for manufacture, print-ready files for prototypes, assembly documentation, a parts list, and photoreal renders.
Hardware designCan you help us go from prototype to production?
Through to a manufacturable design and a prototype run, yes. Production tooling and volume manufacturing are handled with a manufacturing partner, which we can help you select.
Need hardware design?
Thirty minutes, no obligation. We reply within one business day and share a detailed proposal within two business days of the call.
30 min · No obligation · Reply within one business day