Mechanical structure, custom electronics, and control software — designed together instead of handed between three different suppliers.
This combination is rare in a startup. It means we design a machine, build the controller that runs it, and write the code and app that let a client operate it — with one team accountable for all of it.
3D CAD modelling, platework and detail design (bolt holes, tolerances, weld prep), full machine design, and 3D scanning & reverse engineering of legacy parts.
ESP32-based controller design, custom PCB-level thinking, and firmware written in C++ in-house — the "brains" behind every machine we build.
Control and monitoring apps that pair with our hardware — so operating, diagnosing, or checking on a machine can happen from a phone.
From a first sketch to a serviced, running machine — here's everything we handle directly.
Parametric 3D models of parts, assemblies, and full machines — built for manufacture, not just visuals.
Sheet metal and structural steelwork detailing — bolt hole patterns, tolerances, weld prep, and fabrication drawings.
End-to-end design of machinery and mechanisms, from initial layout through to a complete manufacturing package.
Turn a physical part or legacy machine with no drawings into an accurate, manufacturing-ready CAD model.
Fully 3D-printed proof-of-concept machines and mechanisms for showroom, client pitches, and pre-production checks.
ESP32-based control systems, sensor integration, and C++ firmware built specifically for your machine.
Monitoring and control applications that pair with our hardware for remote operation and diagnostics.
We manage trusted outsourced machining and laser cutting partners, so you get one point of contact.
Modular product design means field repairs measured in hours, not days. See our full repair programme.
Learn more →We talk through your idea, requirements, and constraints — mechanical, electrical, or both.
3D models and, where needed, controller and firmware architecture developed alongside each other.
A 3D-printed, and where relevant electronically functional, model so you can test or showroom the design.
Fabrication-ready drawings, wired electronics, and finished firmware/app software.
Coordinated production plus ongoing modular repairs and servicing after handover.