FabDigit holds six manufacturing services in-house — CNC, sheet, injection molding, 3D printing, PCB & PCBA, and engineering consultancy. Every industry on this site ships from the same six cells, with the same PM, against the same quality system. Pick a service to see what we hold and how we hold it.
The reason a typical 6-vendor industrial program slips: each vendor optimises its own schedule, not the program's. We collapse all six into the same cell so the schedule is the program's, not any one vendor's.
A typical industrial BoM pulls from three to five different manufacturing processes. Buying them from three to five different suppliers, on three to five different schedules, against three to five different quality systems, is what kills programs. We collapse the supply chain into a single cell.
ISO 9001, IATF 16949, ISO 13485 — every cell holds the same document control, change-order discipline, and traceability package. A revision on one process propagates everywhere in the same release.
Drop drawings into one portal. Get a quote from one quote engine. Track one program through one PM. The "one throat to choke" thing sounds clichéd until you've actually run a 6-vendor program — then it sounds like the entire pitch.
Each service page below is a working surface — a configurator, a stack-up viewer, a tooling-strategy chooser. None of them are placeholders; all of them ship the same parts you'll quote against.
±0.005 mm tolerances. From prototype to 50,000 pieces.
3-, 4-, and 5-axis CNC milling, Swiss-type lathes, and EDM for titanium, aluminum, copper, stainless, and engineering plastics. In-line CMM and tool-life management means the 50,000th part is the same as the first.
Enclosures, brackets, panels. Down to ±0.1 mm bend tolerance.
Laser cut, punch, bend, weld, and finish — aluminum, mild steel, stainless, copper, and brass. Powder-coat, anodize, and silk-screen finishing in-line. From a one-off prototype to a 10,000-enclosure program.
P20 → S136 tooling. From T1 part to 1M-shot ramp.
P20, S136, NAK80, and beryllium-copper tooling, all built by mould-makers we name. Insert moulding, family moulds, two-shot, and over-moulding. Materials from ABS to PEEK to LSR silicone.
SLA, SLS, FDM, DMLS, PolyJet. From appearance model to lattice flight part.
Five additive processes, each chosen against your part — not against our utilisation curve. SLA for visual; SLS for nylon production; DMLS for titanium and AlSi10Mg; PolyJet for multi-material soft + rigid; FDM for jigs and tooling.
2 → 32 layer stack-ups. Flex, rigid-flex, and HDI on the same line.
Bare-board fabrication, SMT + THT assembly, X-ray on every BGA, and box-build. Stack-ups from 2 to 32 layers, line / space down to 2 mil / 2 mil. Aerospace-spec polyimide and high-rel programs on the same factory floor.
Part design. Equipment design. Battery technology.
Three engineering practices under one roof: mechanical and tooling for part / assembly design; automation, fixture, and machine design for equipment; and Li-ion + LFP cell, module, and pack engineering for battery programs.
Numbers below are working envelopes — each service page tightens them against the actual drawing.
Industries every service ships into
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.
