TPU pads and bumpers
Useful for soft contact surfaces, vibration pads, bumpers, protective guards and cushion-style parts.
Flexible 3D printed parts are used when a rigid plastic part is the wrong answer. TPU can be reviewed for pads, grips, guards, bumpers, soft contact parts and flexible prototypes.
TPU is the main material to review when the part needs bend, grip or cushion. PETG is usually a better choice when the same part should stay rigid and hold its shape.
Useful for soft contact surfaces, vibration pads, bumpers, protective guards and cushion-style parts.
Good for handles, sleeves, edge guards, non-slip surfaces and soft-touch components.
Useful when testing a design that needs compliance, bend or rubber-like behavior.
If the part should not flex, PETG, ABS or PLA may be better candidates.
How much bend, cushion, grip or compression the part needs.
Thin walls, small details, holes and long flexible features are checked before quoting.
TPU is reviewed against PETG or other rigid materials if the part may not need flexibility.
A first part can confirm softness, fit and function before more copies are made.
TPU is commonly reviewed for flexible 3D printed parts because it can bend, grip, cushion and absorb contact better than rigid plastics.
Yes. TPU parts can be reviewed for geometry, flexibility, size, printability and intended use before quoting.
TPU is better when flexibility is required. PETG is better when the part should stay rigid and hold its shape.
Pads, grips, guards, bumpers, covers, sleeves, soft-contact parts and flexible prototypes can be reviewed.
Yes. A prototype can be reviewed first, then a small batch can be quoted if the first part works.
Send your file, model URL, photos, dimensions and intended use. Lyonis Corp can review the material choice before quoting the part.