Functional parts, tooling and prototypes in technical polymers such as PA12, ABS or PETG, with or without fibre reinforcement.
Industrial 3D printing
Functional prototypes, tooling and end-use parts in polymer and metal, with post-processing and dimensional verification.
3D printing technologies
We print in polymer and metal, and finish the part with CNC machining and verification by our dimensional inspection. If your model needs adapting for printing, we resolve it first in engineering and DFM.
High-detail visual prototypes, masters for silicone moulding and inspection gauges.
Functional parts with complex geometries and no support structures, in polyamide.
Metal parts printed by laser powder bed fusion, with finish machining when the drawing calls for it.
Heat treatment, finish machining, polishing and shot blasting, so the part arrives ready to assemble.
3D scanning and comparison of the printed part against the CAD model.
From your model to a verified part
A single technical point of contact across four steps, from the moment you send the model to delivery.
Analysis and preparation
We review your model or drawing, choose the technology and material for the part's intended use, and set up orientation and supports.
Printing
We build the part with the chosen technology, with process control and batch and material traceability.
Post-processing
We remove the supports and, depending on the part, apply heat treatment, finish machining, polishing or shot blasting.
Verification and delivery
We scan the part and compare it against the CAD before delivery, with its report and the relevant documentation.
What you receive with every part
The printed part with its post-processing, process report, dimensional verification by 3D scanning and, where applicable, EN 10204 3.1 material certificate, with batch and material traceability.
If you need what we print measured precisely, our dimensional inspection certifies it. We work across a range of industrial sectors. To request a quote, send your model or drawing via the quote request form.
Frequently asked questions
FDM in technical polymers, SLA and DLP in resin, SLS in polyamide and SLM in metal, depending on what the part requires.
Both: functional prototypes, tooling and end-use parts, with post-processing and dimensional verification.
Yes. We scan the part and compare it against the CAD model, and supply the process report and, where applicable, an EN 10204 3.1 material certificate.
We respond within 24 working hours of receiving your model or drawing, with a technical analysis of what you need.