TPU 3D Printing
Best for flexible parts, pads, grips, guards, bumpers and soft contact components that need bend or cushion.
TPU and PETG solve different problems. TPU is used for flexible, rubber-like parts, while PETG is used for tougher rigid parts such as brackets, covers, adapters and replacement pieces.
Choose TPU when the part must flex, grip or cushion. Choose PETG when the part should stay rigid and hold its shape under normal practical use.
Best for flexible parts, pads, grips, guards, bumpers and soft contact components that need bend or cushion.
Best for rigid functional parts, brackets, holders, covers, adapters and replacement pieces that need toughness without flex.
| Best for flexible pads | TPU |
|---|---|
| Best for rigid brackets | PETG |
| Best for grips and guards | TPU |
| Best for covers and adapters | PETG |
| Best for soft contact surfaces | TPU |
| Best for everyday rigid parts | PETG |
We review whether the part is decorative, functional, flexible, load-bearing, indoor, outdoor or heat-exposed.
STL, 3MF, STEP and OBJ files are checked for scale, wall thickness, geometry and printability.
The material is matched to strength, flexibility, heat, appearance and production risk.
The project can move to instant estimate, manual quote, modeling repair or prototype review.
TPU and PETG are not direct substitutes. TPU is flexible, while PETG is a rigid practical material for stronger everyday parts.
PETG is usually the better candidate for a rigid bracket. TPU is used when flexibility or soft contact is required.
TPU is often better for grips, pads and soft contact parts because it can flex and cushion.
Yes. Send the file and intended use so the material can be reviewed before printing.
Send the file, photos, dimensions and intended use. Lyonis Corp can review the material choice before quoting the part.