Engineering Plastics
Choose practical thermoplastics for stiffness, temperature, UV exposure, and impact needs.
3D printing process
FDM 3D Printing
Fused deposition modeling for fast concept models, fixtures, housings, and functional thermoplastic prototypes.
- Fast, economical parts for early iteration and practical engineering checks.
- Engineering plastics including PLA, PETG, ABS, ASA, PC, nylon, and reinforced variants.
- Useful for jigs, fixtures, housings, ducts, and low-stress end-use parts.
All uploads are secure and confidential
Process overview
FDM Capabilities
Each 3D printing process page follows the same review path: choose a process, upload part data, confirm material and finish needs, then lock the submitted quote snapshot before order confirmation.
Large Prototype Parts
Good fit for larger housings, ducts, brackets, and fixtures where fine cosmetic surface is secondary.
Fast Iteration
Validate fit, clearance, ergonomics, and assembly direction before committing to higher-cost processes.
Support Planning
Build orientation and support strategy are reviewed to reduce weak surfaces and visible support marks.
FDM Materials
PLA
Low-cost concept models and visual prototypes.
ABS / ASA
Housings, snap-fit checks, and UV-stable exterior prototypes.
PETG
Chemical-resistant, practical, and transparent or translucent part options.
Nylon
Fatigue-resistant functional parts, hinges, and tough prototypes.
Polycarbonate
Tough, higher-temperature prototypes and transparent covers.
Carbon-Filled Plastics
Stiffer, lighter structural prototypes and fixtures.
FDM Reference Specs
+/-0.2 mmTypical dimensional accuracy
0.1 mmFine layer thickness
0.4 mmTypical minimum wall
20-100%Infill density range
400 x 400 x 450 mmTypical large-format build envelope
1-3 daysCommon prototype lead time
Common questions
Questions about FDM 3D Printing
Is FDM suitable for end-use parts?
Yes for selected low-stress applications. Material, loading direction, temperature, and layer orientation should be reviewed before production use.
How does FDM compare to SLS?
FDM is economical for simple shapes and early checks. SLS is better for complex geometry, batch nesting, and more consistent strength.
Can FDM print flexible materials?
Yes. TPU-like materials can support grips, gaskets, flexible covers, and fit-check prototypes.
Prototype tomorrow. Iterate fast.
Upload your CAD or STL and compare FDM against other 3D printing processes in the quote flow.
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