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PEBA (Polyether Block Amide) filament is an advanced flexible engineering material designed for parts that require exceptional elasticity, durability, and fatigue resistance. It bridges the gap between standard TPU and rigid engineering plastics, offering repeatable flex without creep, tearing, or permanent deformation.
Ideal for demanding applications, PEBA delivers stable printing, low moisture sensitivity, and excellent chemical resistance, making it suitable for both functional prototyping and end-use parts.
High elasticity with excellent shape recovery
Outstanding fatigue and impact resistance
More dimensionally stable than traditional TPU
Low moisture absorption for consistent prints
Resistant to chemicals, oils, and UV exposure
Drone & FPV components (vibration isolators, mounts, dampers)
RC and robotics flexible parts
Snap-fit components and living hinges
Protective housings and bumpers
Wearables, grips, and flexible enclosures
Industrial prototypes requiring repeated flex cycles
Nozzle Temperature: 220260 C (material dependent)
Bed Temperature: 4060 C
Print Speed: Slow to moderate
Extruder: Direct drive recommended
Cooling: Moderate part cooling
As with all flexible materials, ensure a constrained filament path for best results.
PEBA offers superior longevity and performance compared to TPU, especially in applications involving constant flexing, vibration, or environmental exposure. If your project demands flexibility without sacrificing reliability, PEBA is the material of choice.
PEBA (Polyether Block Amide) filament is an advanced flexible engineering material designed for parts that require exceptional elasticity, durability, and fatigue resistance. It bridges the gap between standard TPU and rigid engineering plastics, offering repeatable flex without creep, tearing, or permanent deformation.
Ideal for demanding applications, PEBA delivers stable printing, low moisture sensitivity, and excellent chemical resistance, making it suitable for both functional prototyping and end-use parts.
High elasticity with excellent shape recovery
Outstanding fatigue and impact resistance
More dimensionally stable than traditional TPU
Low moisture absorption for consistent prints
Resistant to chemicals, oils, and UV exposure
Drone & FPV components (vibration isolators, mounts, dampers)
RC and robotics flexible parts
Snap-fit components and living hinges
Protective housings and bumpers
Wearables, grips, and flexible enclosures
Industrial prototypes requiring repeated flex cycles
Nozzle Temperature: 220260 C (material dependent)
Bed Temperature: 4060 C
Print Speed: Slow to moderate
Extruder: Direct drive recommended
Cooling: Moderate part cooling
As with all flexible materials, ensure a constrained filament path for best results.
PEBA offers superior longevity and performance compared to TPU, especially in applications involving constant flexing, vibration, or environmental exposure. If your project demands flexibility without sacrificing reliability, PEBA is the material of choice.
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