We scan what you have — worn, broken, or still bolted into the machine — rebuild it as a real parametric CAD model, and print you a new one in engineering-grade plastic. You keep the files.
Most jobs use more than one of these. Scanning feeds the CAD model, the CAD model feeds the printer, and the printed part gets heat-treated if it has to survive something.
The one we are actually built for. Give us a part and we hand back a clean parametric model, not a messy scan mesh — plus a STEP file you own outright.
Single parts to short runs in real engineering thermoplastics — up to 340 mm, up to eight materials in one part, soluble support for internal channels.
Handheld blue-laser metrology scanning. We come to the part when it is too big, too heavy, or still installed — nothing has to leave your floor.
Turns a printed part into an engineered one. Raises strength, stiffness and heat-deflection temperature — carbon-filled nylon reaches roughly 160 °C HDT after a cycle.
Nobody stocks it. The drawing is gone, or it never existed. Your options are a machine shop that wants a print you do not have, or replacing a working machine over a fourteen-dollar part. Give us the old one — even in pieces, even still bolted in. We scan it, rebuild it as a proper model, and make you new ones. You keep the CAD file, so it never happens again.
Published so you can check your part against them before you pick up the phone. These are manufacturer figures; achievable tolerance always depends on geometry and material.
| Build volume | 340 × 320 × 340 mm |
|---|---|
| Max nozzle temperature | 350 °C |
| Heated chamber | to 65 °C |
| Materials in one part | up to 8 |
| Typical tolerance | ±0.2 mm |
| Build volume | 256 × 256 × 256 mm |
|---|---|
| Max nozzle temperature | 300 °C |
| Chamber | enclosed, passive |
| Best for | runs, jigs, fixtures |
| Typical tolerance | ±0.2 mm |
| Single-frame accuracy | 0.02 mm |
|---|---|
| Volumetric accuracy | 0.02 + 0.04 × L(m) mm |
| Working distance | 200–400 mm |
| Capture rate | up to 2,000,000 pts/s |
| Part size range | ~10 mm to 1 m |
| Chamber size | 372 × 192 × 255 mm |
|---|---|
| Temperature range | 35–110 °C |
| Timer | 0–99 hr |
| Typical cycle | 6–16 hr |
| Note | we print bigger than we anneal |
Highlighted grades are the engineering materials most desktop shops cannot print — they need a hardened nozzle, a heated chamber, or a day of drying before the print even starts.
Enter the bounding box of your part in millimetres. We will check it against both printers in every orientation, and tell you whether it can also be heat-treated.
Nearly everything is quoted as a fixed price before work starts. These are the ranges real jobs land in.
No drawings needed. If you have a part, we can scan it. If you have a sketch on a napkin, that works too.
The more you can tell us about size, material and quantity, the faster the number comes back. A photo with something for scale beside it is worth a paragraph of description.
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