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Compare common materials by strength, flexibility, heat resistance, and how easy they are to print.
Select a material to see recommended settings and common uses.
| Material | Strength | Flexibility | Heat resistance | Difficulty | Nozzle | Bed |
|---|---|---|---|---|---|---|
| PLA | Medium | Low | Low | Easy | 190-220 C | 45-60 C |
| PETG | High | Medium | Medium | Medium | 230-255 C | 70-85 C |
| ABS | High | Medium | High | Hard | 240-260 C | 90-110 C |
| TPU | Medium | Very high | Medium | Medium | 215-240 C | 40-60 C |
| ASA | High | Medium | High | Hard | 245-270 C | 90-110 C |
| Nylon | Very high | Medium-high | High | Hard | 250-290 C | 70-100 C |
| PC | Very high | Medium | Very high | Very hard | 260-310 C | 95-120 C |
Easy, low-warp filament for prototypes, decor, toys, and beginner-friendly printing.
Easy02→Tougher than PLA with better temperature resistance and layer adhesion, but more stringing.
Medium03→Durable engineering filament with good heat resistance, but needs enclosure and ventilation.
Hard04→Flexible filament for rubber-like parts, grips, feet, seals, and impact protection.
Medium05→UV-resistant alternative to ABS for outdoor and automotive applications.
Hard06→Strong, wear-resistant engineering material for tough functional parts.
Hard07→Very strong, heat-resistant filament for demanding engineering applications.
Very hard