Choose a filament based on what the part needs to handle.
Compare standard and technical filaments by use, environment and constraints.
Everyday printing and technical use
PLA, PETG, ABS and ASA cover most everyday needs, from models to outdoor parts.
When the print has to really perform.
Two reinforced filaments for stiffer, dimensionally stable and functional parts — carbon and glass fibre where a standard material isn't enough.
PETG-CF
Strong, dimensionally stable functional parts with a technical look.
PETG-GF
Higher stiffness and stability for mechanically stressed applications.
Quick material selection
This table is indicative only. For the final choice, consider geometry, load, environment and printer capabilities.
| Material | Typical use | Main advantage | What to consider | Environment |
|---|---|---|---|---|
| PLA | prototypes and test models | Easy printing and clean detail. | lower heat resistance | Mainly indoor |
| PETG | brackets and assembly parts | Versatile material for functional parts. | higher tendency to string | Indoor and everyday technical use |
| ABS | mechanical parts and covers | Mechanical and heat resistance. | requires stable temperature conditions | Indoor and technical applications |
| ASA | outdoor covers and brackets | UV resistance and outdoor use. | requires an enclosed printer | Outdoor and technical applications |
| PETG-CF | functional brackets and mounts | Stiff, dimensionally stable functional parts. | abrasive material – wear-resistant nozzle recommended | Indoor and everyday technical use |
| PETG-GF | functional technical parts | Stability and stiffness with glass fibre. | abrasive material – wear-resistant nozzle recommended | Indoor and technical applications |
Start with four questions.
Don't choose a material by name or price alone — what matters is the function of the finished part.
Where will the part be used?
Indoors, outdoors, moisture or direct sunlight?
What does it need to withstand?
Impact, bending, constant load or higher temperature?
What should the surface look like?
Detailed, glossy, matte or technical?
What can your printer handle?
Open chamber, enclosed chamber or a wear-resistant nozzle?