Featured material / Multi Jet Fusion
PA12 nylon
Explore material properties, available finishes, and design guidance for MJF nylon parts.
View PA12 specifications
Manufacturing / 04
Xeon NC · Additive manufacturing
3D
printing.
Go from CAD to a part you can hold. Industrial 3D printing for functional prototypes, complex shapes, and production components.
Built layer by layer. Ready for your next idea.
- Standard XY accuracy
- ±0.2 mm*
- Layer height
- 0.1–0.2 mm*
- Start with your file
- STL / STEP
* See specifications below for material, geometry, and process limitations.
02 / Prototype & iterate
Move the idea
off the screen.
Check the fit of an enclosure, test a bracket, or refine a complex shape before committing to the next revision.
We match the printing process to the part’s geometry, surface requirements, and intended use. Dimensional accuracy depends on the selected process and design.
Review your printing project
03 / Printing processes
Build around
the application.
Multi Jet Fusion builds nylon parts in a powder bed. FDM and SLA offer additional routes for prototypes and specialized material or detail requirements.
Choose the process with the material, feature size, and desired finish in mind.
Explore PA12 MJF
01
MJF
Nylon powder-bed printing for functional parts and production runs.
02
FDM
Filament-based printing for prototypes and engineering polymer applications.
03
SLA
Resin-based printing for applications that call for fine detail.
04 / Printing materials
3D printing catalog
Give the design
the right material.
Start with PA12 nylon in our material catalog. For other polymers or processes, include your application requirements with a custom quote.
- Prototype polymers
- PLA and PETG for early iterations; ABS and ASA for suitable engineering applications.
- Specialty requirements
- SLA resins and flexible TPU can be reviewed against your geometry and performance needs.
05 / Technical data
Design with
the details.
Start with these process guidelines. Include critical dimensions, material requirements, and finish expectations with your quote.
- XY accuracy
- ±0.2 mm standard Accuracy varies with the geometry and printing process selected.
- Layer height
- 0.1–0.2 mm Depends on the machine, process, and required surface finish.
- Build volume
- FDM: up to 350 × 350 × 400 mm Confirm the build limits for your chosen process. Larger designs may need to be sectioned.
- Typical lead time
- 1–3 business days for standard parts Confirm timing for the selected process, material, quantity, and finishing requirements when quoting.
- Accepted files
- STL · STEP · OBJ Include units and a drawing where specific fits or dimensions are required.
06 / Design for printing
Think beyond
the first layer.
A printable model starts with the right wall thicknesses, clearances, and feature sizes. Review these details for the specific material and process.
01
Walls & details
Review thin walls, small holes, and fine features against the chosen process.
02
Fit & assembly
Allow appropriate clearance between mating parts and identify dimensions that need special attention.
03
Finish & orientation
Discuss visible surfaces, finishing requirements, and part orientation with your quote.
Make the next
iteration real.
Upload your CAD file, tell us how the part will be used, and choose the material and finish for your next build.
Quote your parts