English (United Kingdom)Anisoprint Continuous Fiber 3D Printers
DESKTOP ANISOPRINTING
Turnkey continuous fiber 3d printing solution for manufacturing of optimal compositesHARDWARE
CONTINUOUS FIBER REINFORCED COMPOSITES
- x 30 stronger than pure plastic
- x 2 stronger & lighter than aluminum
AVAILABLE FORMATS
- Composer A4 297х210х140mm
- Composer A3 460х297х210mm
- Build volume
OPTIMAL COMPOSITE STRUCTURES
Lattice reinforcement — minimum weight, price and production time for the required strengthOPEN SYSTEM
- Flexible materials choice
- Fiber volume ratio
- Parts complexity and fiber laying trajectories
Materials
For perfect adhesion to the reinforcing fiber
For reinforcing
or
COMPOSITE FIBER
CO-EXTRUSION TECHNOLOGY
When printing thermoplastic is combined with the reinforcing material. The Composite extruder has two inputs: one for the reinforcing fiber and the other for thermoplastic filament. Reinforcing fiber and plastic are fed separately through the same nozzle so you can vary fiber volume ratio and lay it by complex curvilinear trajectories.
Thus, it's possible to print composite parts of complex shapes with lattice inner structure: use minimum material for required strength that means minimum weight, production time and price of a part.
SOFTWARE 3D SLICER AURA
- For FFF and CFC printers
- Support for STL and CAD formats: .stp, .3ds, .obj
- Model saved on a local PC
- G-code generalization, geometry-view
- Separate setting and combining of printers, plastics and profiles
- Layer masks
THE AURA HAS A SET OF BUILT-IN PRINTING PROFILES
Verified printing settings for certain plastic filaments: just pick from database and print
Contact us for more information
Anisoprint Continuous Fiber 3D Printers
DESKTOP ANISOPRINTING
Turnkey continuous fiber 3d printing solution for manufacturing of optimal compositesHARDWARE
CONTINUOUS FIBER REINFORCED COMPOSITES
- x 30 stronger than pure plastic
- x 2 stronger & lighter than aluminum
AVAILABLE FORMATS
- Composer A4 297х210х140mm
- Composer A3 460х297х210mm
- Build volume
OPTIMAL COMPOSITE STRUCTURES
Lattice reinforcement — minimum weight, price and production time for the required strengthOPEN SYSTEM
- Flexible materials choice
- Fiber volume ratio
- Parts complexity and fiber laying trajectories
Materials
For perfect adhesion to the reinforcing fiber
For reinforcing
or
COMPOSITE FIBER
CO-EXTRUSION TECHNOLOGY
When printing thermoplastic is combined with the reinforcing material. The Composite extruder has two inputs: one for the reinforcing fiber and the other for thermoplastic filament. Reinforcing fiber and plastic are fed separately through the same nozzle so you can vary fiber volume ratio and lay it by complex curvilinear trajectories.
Thus, it's possible to print composite parts of complex shapes with lattice inner structure: use minimum material for required strength that means minimum weight, production time and price of a part.
SOFTWARE 3D SLICER AURA
- For FFF and CFC printers
- Support for STL and CAD formats: .stp, .3ds, .obj
- Model saved on a local PC
- G-code generalization, geometry-view
- Separate setting and combining of printers, plastics and profiles
- Layer masks
THE AURA HAS A SET OF BUILT-IN PRINTING PROFILES
Verified printing settings for certain plastic filaments: just pick from database and print