Industrial machinery
Pneumatic manifold with conformal channels
Nine machined blocks and their fittings consolidated into a single printed manifold.
- Process
- SLS
- Material
- Glass-filled PA12
- Quantity
- 40 units
- Delivered in
- 11 days
Precision 3D printing, from a single prototype to a production run.
Send us a CAD file or a sketch. We pick the right process, print it in a material that survives the job, finish it properly, and put it on a courier — usually inside five working days.
Every quote includes a free manufacturability check. If your part will not print well, we will tell you before you pay for it.
What we make
Five machines across five processes, so the part decides the method rather than the other way round.
Rapid prototyping
Test a shape in your hand before you commit to a mould or a machining run.
1–3 working days
End-use production parts
Printed parts that go into the finished product, not just onto the desk.
3–10 working days
Jigs, fixtures and tooling
Shop-floor tooling made to fit your line, at a fraction of machining cost.
2–5 working days
Reverse engineering and repair
A part with no drawing, no supplier and no replacement — rebuilt from the one you have.
5–15 working days
Selected work
A manifold that replaced nine machined blocks, a duct certified for aircraft interiors, and a spare part whose manufacturer closed in 2004.
Medical devices
Sealed enclosure for a portable diagnostic unit
A pre-production run in the hands of clinical testers eight weeks before tooling was ready.
- Process
- SLA
- Material
- Tough 2000 resin, painted
- Quantity
- 120 units
- Delivered in
- 9 days
Aerospace
Flame-retardant cable duct for a cabin retrofit
A fire-certified duct for a retrofit too small to justify tooling.
- Process
- FDM
- Material
- Flame-retardant PEI (ULTEM 9085)
- Quantity
- 8 units
- Delivered in
- 18 days
Processes and materials
Engineering plastics, resins and nylons. If you are not sure which one your part wants, describe what it has to do and we will recommend it.
FDMFused deposition modelling
Melted thermoplastic laid down in layers. The most economical process, and the one to choose for large, tough parts where a visible layer texture is acceptable.
- Build volume
- 500 × 500 × 600 mm
- Tolerance
- ± 0.3 mm or ± 0.3 %
- Layer height
- 0.10 – 0.30 mm
SLAStereolithography
A laser cures liquid photopolymer point by point. Choose it when surface finish and fine detail matter more than toughness — the layer lines are effectively invisible.
- Build volume
- 335 × 200 × 300 mm
- Tolerance
- ± 0.1 mm or ± 0.1 %
- Layer height
- 0.025 – 0.10 mm
SLSSelective laser sintering
Nylon powder fused by laser, with the unsintered powder supporting the part. No support structures means true design freedom — interlocking and enclosed geometry prints in one piece.
- Build volume
- 330 × 330 × 420 mm
- Tolerance
- ± 0.2 mm or ± 0.2 %
- Layer height
- 0.10 mm
MJFMulti Jet Fusion
Powder fused across a whole layer at once rather than traced by a laser. Faster than SLS on full builds, with denser parts and more consistent mechanical properties.
- Build volume
- 380 × 284 × 380 mm
- Tolerance
- ± 0.2 mm or ± 0.2 %
- Layer height
- 0.08 mm
PolyJetPhotopolymer jetting
Resin droplets jetted and cured in place, with several materials in the same part. The only process here that gives us full colour and rigid-to-flexible zones in a single print.
- Build volume
- 490 × 390 × 200 mm
- Tolerance
- ± 0.1 mm or ± 0.1 %
- Layer height
- 0.014 – 0.03 mm
How a job runs
From your file to a finished part, with a fixed price agreed before anything prints.
Send us the part
Upload a STEP, STL or 3MF file, or a photograph and a dimensioned sketch if you do not have a model yet. Tell us what the part has to survive.
We check and quote it
An engineer reviews the geometry for anything that will not print, recommends a process and material, and sends a fixed price. Usually within one working day.
You approve, we print
Once you confirm the quote we schedule the build. You get a confirmed ship date at that point, not an estimate that moves.
Finished, checked, shipped
Supports removed, surfaces finished to the agreed spec, critical dimensions measured against your drawing, then packed and couriered with the inspection record.
Tell us what you need printed.
Upload a file or describe the part in a sentence. You will have a fixed price and a ship date within one working day, and an engineer’s opinion on whether printing is even the right call.