Functional components
Brackets, housings, adapters and other parts for testing or real-world use.
From digital model to physical part
Professional 3D printing in Sweden
Custom prototypes, functional components and small production runs in FDM or SLA, with practical advice before manufacturing.
- Processes
- FDM and SLA
- Volume
- One-offs and short runs
- Input
- STEP, STL or a project brief
3D printing makes one-off parts and small batches possible without tooling. We review geometry, operating conditions and finish before recommending a process, material and build orientation. The result is shaped by what the part actually needs to do.
When 3D printing is a good fit
Prototypes
Physical iterations to check shape, fit, ergonomics and assembly.
Fixtures and small batches
Workshop aids, jigs and low-volume components without injection-mould tooling.
Start with the application
FDM builds with thermoplastic and is often suitable for functional parts, larger geometry and economical iteration. SLA uses liquid resin for finer features and smoother surfaces.
Critical dimensions, load direction, temperature and environment influence both material and build orientation. Tell us how the part will be used, not just what colour it should be.
- Mark dimensions and surfaces that matter most
- Describe loads, temperature and exposure
- Specify quantity, colour and desired finish
From brief to delivered part
- 01
Share the brief
Send a 3D file, quantity and a short description of the application.
- 02
Technical review
We assess manufacturability, process, material, orientation and finishing.
- 03
Production and inspection
Parts are printed, finished where needed, checked and delivered.
What helps us quote accurately
You do not need every answer. Send what you have and we will identify anything missing.
- STEP or STL file if available
- Quantity and desired timing
- Function and loading
- Critical dimensions or fits
- Heat, UV or chemical exposure
- Colour and surface finish
3D printing questions
Which file formats can I send?
STEP is useful when geometry may need review or edits. STL works for a finished print model. Photos, dimensions and a project description are also enough for an initial assessment.
How do you choose between FDM and SLA?
We consider feature size, overall dimensions, mechanical requirements, finish and cost. FDM suits many functional parts; SLA is often chosen for fine detail and smooth surfaces.
Can you help with the design?
Yes. We can review wall thickness, supports, fits and other printability details. If a new CAD model is needed, we scope that work separately.
Can I order just one part?
Yes. Printing works well for one-offs, spare parts and prototypes, as well as short recurring production runs.
How long does production take?
Timing depends on geometry, material, quantity and current capacity. We provide an estimated schedule with the quotation.
Will the surface be completely smooth?
FDM has visible layer lines, while SLA is generally smoother. Finishing can improve appearance and should be specified before quoting.
Explore the right process
Have a part to make?
Send your model or describe the idea. We will respond with questions, a process recommendation and a quote.
Request a quote