Custom 3D Printing
3D Printed Parts for Robotics, Electronics, Camera and Lab
Made-to-measure parts for robots and automation, cases and enclosures for electronics, mounts and adapters for cameras, and equipment for laboratories. We print chassis, sensor mounts, panels, racks and jigs.
- Minimum order
- 1 piece
- Dispatch
- within 48 hours
- Largest part
- 256 × 256 × 256 mm
- Detail
- 0.1 mm
- Materials
- 9 materials, 35 colours
- Price from
- €2.10
Quick Info
Service Overview
3D printing is indispensable for anyone working in robotics. It lets you produce your own chassis, complex mechanical parts, made-to-measure mounts for sensors and motors, and a great deal more. Give your electronics projects a professional look and some protection. With 3D printing you can have a case or enclosure designed exactly around your board and components. Original camera accessories are often expensive and do not always quite fit what you are doing. With 3D printing you can have equipment made exactly to your needs for a fraction of the price. Research often needs specific equipment that either is not manufactured or costs a fortune. 3D printing lets scientists and laboratories make their own aids quickly and cheaply, and get on with the work.
- Custom, complex mechanical parts made quickly
- Custom mounts for a clean electronics integration
- Cases and enclosures sized precisely
- Openings for connectors, buttons and displays exactly where you need them
- Accessories designed around your particular setup
- An affordable alternative to original equipment
- Equipment made precisely for your experiment
- Printing in chemically resistant PETG
01 what we offer
Bring your machines to life
Build the robot you have in mind
Whether you are building a robotic arm, an autonomous rover, or just a simple mechanism, 3D printing saves a great deal of time and money. You can design parts exactly as you need them, without being limited to standard components.
For robotics parts we recommend PETG — strong, tough, dimensionally stable, with good wear resistance. For special requirements (higher heat resistance, flexibility) we handle the order by agreement.
Experience
Supporting student robotics teams and hobby projects
Chassis and frames
Load-bearing structures for mobile robots and other equipment.
Mounts and brackets
Made-to-measure mounts for servos, steppers, sensors and boards (Arduino, RPi).
Mechanical parts
Gears, levers, joints and other working components.
Grippers
Fingers and mechanisms for robotic arms, printed in tough PETG.
Prototype cases
Enclosures made quickly for testing and presenting your devices.
Panels and controls
Front panels with cut-outs for buttons, displays and connectors.
Lens hoods and caps
Custom hoods for lenses whose originals are no longer sold.
GoPro and action cameras
An endless supply of mounts, cages and adapters for action cameras.
Racks and holders
Racks for test tubes, pipettes, cuvettes and other laboratory glassware.
Jigs for experiments
Custom chambers, sample holders and microscope fixtures.
02 How It Works
3 simple steps to your 3D print
01
Upload model
STL, 3MF, and STEP file support. Automatic analysis and instant price calculation.
02
Choose material
PLA, PETG, and more. Interactive 3D preview in every color.
03
Place order
Online payment, ships within 48h. Real-time production tracking.
elsewhere in services
- 3D Printed Architectural Models, Sculpture and Decor Order detailed 3D printed models of buildings, interiors and urban schemes for presentations, competitions and client meetings — and equally sculpture, art installations and decorative objects from your digital designs.
- 3D Printed Parts for Cars, Boats, Drones and Sport Order custom 3D printed parts for cars and motorbikes, boats and paddleboards, FPV drones and RC models, and sports equipment — replacement covers, brackets, accessories and prototypes.
- Custom Parts & Replicas by 3D Printing Order custom manufacturing of functional parts by 3D printing. From a single piece to short runs — for industry, business and private orders. We also make replicas and replacement parts for restoring historic objects and for musical instruments.
- 3D Printed Teaching, Anatomical and Dental Models Interactive, tangible 3D printed models for schools, medical faculties and surgeries — from cells and molecules to anatomical models of organs, bones and teeth. Strictly for demonstration and teaching.
Frequently Asked Questions
Answers to the most common questions about this service
Ask us something else- Q1
Which material suits gears and other mechanical parts best?
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.
- Q2
I need a mount for a particular sensor and servo. Can you design it?
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.
- Q3
I am building a robotic arm. Are printed parts strong enough?
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.
- Q4
I am in a student robotics team. Do you offer sponsorship or discounts?
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.
- Q5
I need a case for my Raspberry Pi project. Do you have ready-made models?
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.
- Q6
Which material would you recommend for a case containing a heat source?
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.
- Q7
Can you print threads for screws into the 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.
- Q8
Which material do you use for camera gear? Does it reflect light?
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.
- Q9
I lost the lens hood for an old lens. Can you print a new one?
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.
- Q10
Which material is best for laboratory use? Is it chemically resistant?
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.
- Q11
Can you print something that can be autoclaved?
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.
- Q12
I need a rack for 50 test tubes of an unusual diameter. Can you make it?
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.
- Q13
We are a research institute. Can we pay by invoice?
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.
Fig. 06 — Start here
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