Subtractive manufacturing
Manual and CNC milling and turning, surface and tool grinding, wire and hole EDM, plus a diode laser for cutting and engraving. Across metals, plastics, woods and composites.
- Wire EDM
- Hole EDM
- Tool grinding
- Diode laser
Jule Labs is a small workshop for hardware that has to exist in the physical world. We build, machine, print, wire and program — usually in quantities of one. Bring us a sketch, a broken part, or an idea you can't quite buy off a shelf.
Most projects need more than one of these. Keeping software, electronics and the machine shop under one roof means fewer handoffs, fewer misalignments, and a faster path from idea to part in hand.
Manual and CNC milling and turning, surface and tool grinding, wire and hole EDM, plus a diode laser for cutting and engraving. Across metals, plastics, woods and composites.
From quick PLA fit-checks to high-temperature industrial FDM in PEEK, PEI and other engineering plastics. Resin for fine detail. End-use parts where the budget for a mould doesn't make sense.
Mechanical design, CAD modelling, technical drawings and BOMs ready for the shop floor. Tolerance analysis, fits, material selection. Start with a napkin sketch and we'll take it to finished drawings; bring your own CAD and we'll review it for manufacturability before we start. The people drawing it also have to make it — which keeps the geometry honest.
Schematic capture, PCB layout, firmware and the motion/sensing systems they live inside. Test fixtures, bench rigs, small machines and the HMIs you'll actually want to use — from a sensor on a breakout to a custom board with a real BOM.
Web, mobile, backend and everything that ties them together — from the systems that move sensor data from the bench to a dashboard across town, to predictive models and AI agents that have to keep running long after they ship. Production-grade code, written by people who also have to live with it.
Diagnosis and reverse engineering for things you can no longer buy a part for: vintage machines, discontinued tooling, custom rigs you inherited, the lab instrument that lost its driver board. We make the missing piece — and where it makes sense, we document it so the next one is cheaper.
A few sentences is enough to get started. If you have a sketch, a CAD file, or a photo of the part you're trying to replace, even better.