We route every order to the partner cell that fits your geometry, material and quantity, then inspect the parts in our own QC lab before they ship. These are the machines behind that network, with real work envelopes you can check your part against.
Each card lists a cell’s real work envelope and the specs that drive your quote. Enter your part’s bounding box to see which cells can take it, or switch to the spec table for supplier audits.
Trunnion and gantry machines that cut complex housings, impellers, manifolds and aerospace brackets in a single setup, so tolerances don’t stack up between operations.
12-station live turrets and sub-spindles finish shafts, pins, threaded fittings and cylindrical housings in one chucking, milled flats and cross holes included.
Automatic high-density molding for heavy-section iron and steel parts, such as pump casings, gearbox and motor housings, brackets and machine bases.
Lost-wax casting for stainless and alloy-steel parts with fine detail and internal passages, such as impellers, levers, brackets and fluid-handling components, with little machining left to do.
Vacuum-assisted, high-velocity injection with robotic extraction and trimming, for thin-wall aluminum (ADC12, A380) and zinc enclosures, heat sinks and brackets.
Laser-cured resin parts with fine detail and smooth walls, for fit-check prototypes, clear covers and light pipes, and the master patterns our vacuum casting cell copies in silicone.
Laser-sintered nylon and TPU built without supports, so parts nest in the powder and internal channels come out clean. Tough enough for snap fits, living hinges, ducting and short end-use runs.
Silicone molds taken from an SLA master are filled with polyurethane under vacuum, then cured in temperature-controlled ovens. Each mold gives 15 to 25 production-like parts for pilot runs and user trials.
Heated vulcanizing presses compression-mold O‑rings, gaskets, diaphragms and grommets in EPDM, NBR, FKM and silicone. Two-part LSR injection cells mold flash-free seals, keypads and overmolded parts.
Machined 7075 aluminum tools get first shots out fast for bridge runs, and P20 steel tools carry the same part into production. Molds ABS, PC, glass-filled nylon, POM, PP and TPE, including overmolding.
Type II and III hardcoat anodizing, powder coating, fusion-bonded epoxy up to 250 µm for corrosion protection, mirror polishing and fiber-laser marking.
A temperature-controlled room (20 ± 1 °C) where continuous probe scanning checks GD&T true position, concentricity and flatness against your CAD before parts ship.
Optical emission spectroscopy confirms alloy chemistry for each material lot, backed by tensile, hardness and impact tests, plus leak testing for sealed and pressure-bearing parts.
No listed cell matches these filters. This page shows our main equipment only, so send the drawing and a project engineer will check the wider network.
| Asset ID | Equipment | Qty | Max work envelope | Key tolerance / spec | Typical parts |
|---|---|---|---|---|---|
CELL-CNC-01 |
5-axis & 4-axis machining centersPartner cell |
16 | 1000 × 600 × 500 mm |
±0.005 mm | Complex housings, manifolds, aerospace brackets |
CELL-CNC-02 |
CNC turning & live-tool mill-turnPartner cell |
12 | Ø450 × 1000 mm |
±0.005 mm / Ra 0.4 | Shafts, pins, threaded fittings, bushings |
CELL-CST-01 |
Static-pressure sand casting linesPartner cell |
2 lines | 1200 × 1000 × 400 mm |
120 molds/h, CT8 | Pump casings, gearbox housings, machine bases |
CELL-CST-02 |
Silica-sol investment castingPartner cell |
3 furnaces | 650 × 650 × 500 mm |
ISO 8062 CT4–CT6 | Stainless impellers, levers, fluid-handling parts |
CELL-CST-03 |
Cold-chamber high-pressure die castingPartner cell |
4 cells | 750 × 750 × 350 mm |
±0.05 mm, thin wall | Aluminum and zinc enclosures, heat sinks |
CELL-AM-01 |
Industrial SLA printersPartner cell |
5 units | 800 × 800 × 550 mm |
±0.10 mm, 0.05 mm layer | Fit-check prototypes, clear parts, casting masters |
CELL-AM-02 |
SLS nylon printersPartner cell |
3 units | 400 × 400 × 450 mm |
±0.25 mm, no supports | Snap fits, ducting, living hinges, short runs |
CELL-PM-01 |
Vacuum casting chambers & curing ovensPartner cell |
4 chambers | 800 × 600 × 400 mm |
15–25 parts / mold | Pilot runs, color-matched housings, soft-touch parts |
CELL-PM-02 |
Rubber vulcanizing presses & LSR injectionPartner cell |
8 presses | 500 × 500 × 150 mm |
ISO 3302-1 M2 | O‑rings, gaskets, diaphragms, keypads |
CELL-PM-03 |
Injection molding presses & rapid toolingPartner cell |
6 presses | 500 × 400 × 200 mm |
±0.05 mm | Housings, clips, bridge and production runs |
CELL-FN-01 |
Anodizing, powder coat & FBE epoxyPartner cell |
3 lines | 1500 × 1000 × 800 mm |
5–250 µm / Ra 0.2 | Hardcoat, powder coat, mirror polish, laser marking |
LAB-QA-01 |
Bridge coordinate measuring machinesIn-house QC lab |
3 units | 1200 × 1000 × 800 mm |
±0.0018 mm | GD&T verification and CMM reports |
LAB-QA-02 |
OES spectrometer & mechanical test labIn-house QC lab |
4 rigs | Sample-based |
EN 10204 3.1 certs | Alloy chemistry, tensile, hardness, leak tests |
A machine list only tells you what a shop owns. These four checks tell us whether it can hold your tolerances, before its first order and on every order after.
Our engineers visit the shop and check the machine list, calibration records and process controls against what was declared.
New partners machine, cast, print or mold trial parts that we inspect in full in our QC lab before they see a customer order.
On-time delivery, first-pass yield and non-conformances are tracked per order. A slipping score means fewer jobs routed to that shop.
Each partner is audited again annually, and straight away after any quality escape, with corrective actions closed before new work.
Send STEP, IGES or PDF drawings. A project engineer matches your geometry, material and quantity to the right partner cell and returns a DFM review within 24 hours.
