Custom 3D printing, delivered from 24 hours.

FDM extrudes melted plastic filament layer by layer — the most economical option, good for jigs, fixtures and early prototypes where cosmetic finish doesn't matter. SLA cures liquid resin with light, giving the smoothest surface and finest detail — the pick for form and fit checks, presentation models and casting patterns. SLS fuses nylon powder with a laser and needs no support structures, producing parts strong enough to actually use. Metal printing fuses metal powder the same way, for complex or lattice geometry a cutting tool cannot reach. Not sure which? Tell us what the part has to do and we match the technology to it, rather than asking you to choose upfront.

Each part gets its own price, from the 3D model. It depends on the technology, the material, the size of the part, the quantity and the finish. Parts in the same order can be nested in one build, which can lower the cost. You get one quote and one invoice for the whole job, with finishing, assembly and packaging in the same order if you need them.

A 3D model, preferably STEP. You choose the material or technology, the finish and the quantity when you upload the part. A 2D PDF drawing beside it carries what the model cannot say, such as threads or tolerances.

Between 24 and 48 hours from when you upload the 3D model. The quote gives the unit price and the lead time of every part. Delivery starts from 24 hours and depends on the quantity and the process: it is not the same in PLA as in metal.

One — usually the fastest, cheapest way to get a single validation part in your hands before committing to CNC or a mold.

Yes — aluminum, stainless steel and titanium, for complex, hollow or lattice geometry that a cutting tool cannot reach. For a simple shape, metal printing costs more than machining the same part, so we only propose it when the geometry needs it, and machine the functional faces afterwards where a tolerance calls for it.

Standard for the industry and the machines running the job: roughly ±0.5% on FDM, ±0.2% on SLA and ±0.3% on SLS, each with a sensible per-process minimum. If your part needs tighter than that on specific features, those faces are machined after printing, or CNC is the better call for the whole part.

Yes. Sanding, bead or vapor smoothing, dyeing (SLS), primer, paint or clear coat are done in the same order, and so are assembly, such as threaded inserts, and packaging. One price per part, one invoice.

3D printing needs no tooling and no minimum order, and suits prototypes, jigs and short runs of complex geometry. CNC gives a tighter tolerance, a finished surface and the strength of metal. Injection molding pays off when the volume covers the mold. If another process fits your part better, we say so before anything is made and requote it. Asking for a quote commits you to nothing.

Yes. A mutual NDA is in place before you upload your model, so your files are covered from the first upload.