3D Printed Parts for Robotics, Electronics, Camera and Lab | PETG

For mechanically loaded parts such as gears we recommend PETG, for its wear resistance and toughness. Print orientation matters too, and we choose it to maximise strength. For extremely loaded applications or higher heat resistance, talk to us about the options.

Yes — this is our speciality. Send us the datasheets or exact dimensions of the components you want joined, and we will design a mount that fits properly, mounting holes included. Modelling is charged at €26/hour.

For small and medium robotic arms — hobby and educational — PETG parts are entirely strong enough, and they let you build light, agile structures. For industrial applications under heavy load, metal is still the better answer, but for prototyping 3D printing is ideal.

We are glad to support young talent. We do not offer direct financial sponsorship, but student teams and educational projects get substantial printing discounts. Get in touch and we will find a way to help.

Many popular case models for boards like the Raspberry Pi or Arduino are available online and we are glad to print them. If you need specific changes — openings for sensors, your own logo — we can modify a model or design an entirely new one.

If the electronics inside will run warm, standard PLA may not suit — it softens above about 60 °C. We recommend PETG, which handles roughly 70–80 °C and is tough. For applications above that (equipment running permanently over 80 °C), talk to us — special materials are handled case by case.

Yes, threads can be modelled and printed directly into the plastic, which works well for screws that will not be undone often. For more reliability and repeated assembly we recommend designing in holes for heat-set brass inserts.

For most photographic equipment we use matt black PETG. Both the material and the colour are ideal, because they minimise the unwanted reflections and glints that would show up in a shot.

Certainly. Freely available 3D models of hoods exist for many older and newer lenses. If not, we can design one to measure from the diameter and thread of your lens.

For laboratory environments we usually recommend PETG, which resists many acids, bases and alcohols well. It is not universally resistant, though. Always check chemical compatibility with the specific substances you use against the material data sheets.

Standard materials such as PLA and PETG will not survive autoclaving (steam and high heat). Special medical filaments exist that will, but we do not offer them as standard. For cold chemical sterilisation, PETG may be suitable.

Yes, an ideal job for us. Give us the exact tube diameter and count, the spacing and the overall dimensions you want, and we will design and print something made precisely for your laboratory.

Yes. For state institutions, universities and research institutes we offer payment by invoice with terms as standard. We are used to the administrative process around public procurement.