FabDigit is built for the eight industries that consume the hardest custom hardware — data-centre infrastructure, humanoids, drones, EVs, space, medical, batteries, and grid. Six processes, one cell, one PM. Pick a vertical to see what we ship and the decision tree we ship it against.
We don't run a sample-everything portfolio. We pruned ourselves down to the eight verticals where the same six processes, the same moat, and the same way of working compound — so any new program lands inside an apparatus that already knows your industry.
CNC machining, sheet metal, injection molding, 3D printing, PCB & PCBA, and engineering consultancy — every BoM on every industry page below runs through a single cell, a single project manager, and a single quality system. You ship a part list, not a vendor map.
Hard-chrome, cyanide silver, hot-dip galvanize, cyanide brass, cycloaliphatic-epoxy casting, silicone HCR — surface treatments and process chemistries our partner cells in Shenzhen still run daily, where EPA / OSHA / REACH have closed US / EU lines.
Every industry page below has a signature interactive tool — the thermal-density radar on AI, the kinematic-joint cross-section on Humanoid, the voltage × material matrix on Power. They're not decoration; they're the page where you make a real spec decision.
Every industry page below is a 15-section deep-dive — what makes it hard, what we ship, the reference build, the part typology, the lifecycle, the moat, and an interactive signature you can poke at. None of them are placeholders.
GPU racks ship when the thermal budget closes.
Cold-plate housings, vapour-chamber lids, busbar copper, blind-mate cable backshells, and high-density PCBA for the hyperscaler-class and AI-cluster-class build. Six processes, one PM, one BoM.
Joints ship when the torque / mass cascade closes.
Joint housings, harmonic gearbox cases, encoder PCBs, end-effectors, and chassis panels for humanoid and collaborative robot programs. From a first-article joint to a 1,000-arm production cell.
Airframes ship when endurance + payload close.
Carbon-and-aluminum airframes, motor brackets, propellant manifolds, flight-controller PCBs, and gimbal housings for survey, delivery, and defence platforms.
Programs ship when drive + storage + charge align.
Drive-train housings, battery-module hardware, charging modules, BMS PCBA, and chassis brackets. From a single 2-wheeler program to a 50,000-pack-per-year platform.
Built for vacuum. Tested in atmosphere. Flown once.
Bracketry, propellant-line hardware, cryogenic flanges, avionics housings, and antenna-feed components for satellites, launchers, and aerospace platforms.
Devices ship when the sterilise / re-use cycle holds.
Surgical instruments, sealed handpieces, implant trials, single-use fluid paths, and capital-equipment chassis. Built to autoclave / EtO / gamma / VHP / E-beam without surface degradation.
Packs ship when cell + thermal + BMS converge.
Cell-level R&D builds, module-level hardware, pack-level thermal + BMS integration. From a 21700 R&D pack to a 5 MWh ESS cabinet — on one PM, one quality system, one set of factories.
Switchgear ships when the creepage budget closes.
Switchgear housings, busbars, transformer hardware, surge arrester components, instrument transformer secondaries, and grounding hardware for utility, transmission, distribution, and industrial.
Services every industry pulls from
Adjacent landing surfaces
Send drawings, or send a problem statement. Either way you'll have an ME reviewing within 48 hours and a real quote on a real schedule shortly after.
