Raise3D Pro Accessories

  A special break-away support material designed for PA12 CF composite filaments. Raise3D Industrial PA12 CF Support Filament is a break-away support material specially developed for FFF printing process with...

Raise3D Premium TPU-95A (thermoplastic polyurethane) is a flexible and elastic 3D printing filament. Its rubber-like elasticity, resilience, and durability make it suitable for uses requiring impact-absorption and a soft-touch surface....

Color: Natural (PMS: Cool Gre y 1 / RAL: 9010)Specifications: 1.75 mm/ 1 kg Raise3D Industrial PET Support Filament is a break-away support material specially designed for FFF printing with...

Raise3D Premium TPU-95A (thermoplastic polyurethane) is a flexible and elastic 3D printing filament. Its rubber-like elasticity, resilience, and durability make it suitable for uses requiring impact-absorption and a soft-touch surface....

Raise3D Industrial PPA GF is a glass fiber-reinforced composite filament material based on PPA (polyphthalamide or high-performance/high-temperature Nylon). PPA can be distinguished from aliphatic polyamides (e.g.PA6) by a higher melting...

Raise3D Industrial PET GF is a glass fiber-reinforced composite filament based on PET (Polyethylene terephthalate). Well-dispersed glass fibers enhance the rigidity, strength, heat, and chemical resistance of PET matrix. After...

Raise3D Industrial PET GF is a glass fiber-reinforced composite filament based on PET (Polyethylene terephthalate). Well-dispersed glass fibers enhance the rigidity, strength, heat, and chemical resistance of PET matrix. After...

Raise3D Industrial PET GF is a glass fiber-reinforced composite filament based on PET (Polyethylene terephthalate). Well-dispersed glass fibers enhance the rigidity, strength, heat, and chemical resistance of PET matrix. After...

Raise3D Industrial PET GF is a glass fiber-reinforced composite filament based on PET (Polyethylene terephthalate). Well-dispersed glass fibers enhance the rigidity, strength, heat, and chemical resistance of PET matrix. After...