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Desktop Anisoprinting

Turnkey continuous fiber 3d printing solution for manufacturing of optimal composites
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Hardware
continuous fiber reinforced composites
x30 stronger than pure plastic
x2 stronger & lighter than aluminum
available formats
A4 297х210х140mm
A3 460х297х210mm
build volume
optimal composite structures
Lattice reinforcement — minimum weight, price and production time for the required strength
open system
  • Flexible materials choice
  • Fiber volume ratio
  • Parts complexity and fiber laying trajectories
read basic specification
materials
For perfect adhesion to the reinforcing fiber
For reinforcing
CFC PA
combinate with materials
Composite Basalt Fiber (CBF)
Composite Carbon Fiber (CCF)
Smooth PA
Plastic specially formulated by Polymaker for the perfect surface quality and ease of use.

Can be printed without a dryer.
Composite Fiber
Co-extrusion technology
Read more about the technology
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

Learn more

LEARNING

The best engineers and scientists got together to share knowledge about continuous fiber 3D printing and composites manufacturing
start to learn
Cases
Aircraft seat support
Details
Reinforcement scheme:
– 10 composite perimeters
  • Plastic
    PETG
  • Fiber
    COMPOSITE CARBON FIBER (CCF)
  • Weight
    250 g
  • Print time
    40 h
  • Materials cost, per cm³
    ~ €1.3
  • Materials cost, total
    ~ €265
Read more
Reinforcement solution for Kirsch problem: components with holes
Details
  • Plastic
    PETG
  • Fiber
    COMPOSITE CARBON FIBER (CCF)
  • Weight
    50 g
  • Print time
    7 h
  • Materials cost, per cm³
    ~ €0.4
  • Materials cost, total
    ~ €16.5
Read more
Legs of mobile robot for sensing, inspection, and remote operation
Details
Reinforcement scheme:
– 3 outer composite perimeters
– 3 inner composite perimeters
– 50% composite isogrid infill
  • Plastic
    Smooth PA
  • Fiber
    COMPOSITE CARBON FIBER (CCF)
  • Weight
    200 g
  • Print time
    144 h
  • Materials cost, per cm³
    ~ €2.2
  • Materials cost, total
    ~ €262
Read more
Clevis for production line of dairy brand
Details
REINFORCEMENT SCHEME:
– 3 COMPOSITE PERIMETERS
  • PLASTIC
    PETG
  • FIBER
    COMPOSITE CARBON FIBER (CCF)
  • WEIGHT
    35.2 g
  • PRINT TIME
    6 h
  • MATERIALS COST, PER CC
    €0,72
  • MATERIALS COST, TOTAL
    €19.5
Read more
Composite tool for turbine blade production
Details
  • PLASTIC
    SMOOTH PA
  • FIBER
    COMPOSITE BASALT FIBER (CBF)
  • Weight
    3500 g
  • Print time
    340 h
  • Materials cost, per cm³
    ~ €
  • Materials cost, total
    ~ €615
Read more
Continuous fiber reinforced soft jaws
Details
Reinforcement scheme:
– 5 outer composite perimeters
– 50% composite isogrid infill
  • Plastic
    SMOOTH PA
  • fiber
    COMPOSITE CARBON FIBER (CCF)
  • Weight
    251
  • Print time
    29 h
  • Materials cost, per cm³
    ~ €1
  • Materials cost, total
    ~ €64
Read more
A race car break pedal & a rocket arm for motorsport
Details
Reinforcement scheme:
– Pedal: outer: 12\4\15 (different layers structure) 0 inner
– bar: outer: 6\2 (different layers structure), 0 inner
  • Plastic
    PETG
  • fiber
    COMPOSITE CARBON FIBER (CCF)
  • Print time
    9 h
  • Materials cost, per cm³
    ~ €1.21
  • Materials cost, total
    ~ €160
Read more
FIXTURE FOR ELECTRIC WHEELCHAIR DRIVE
Details
Reinforcement scheme:
– 3 outer composite perimeters
– 3 inner composite perimeters
  • Plastic
    petg
  • fiber
    COMPOSITE CARBON FIBER (CCF)
  • weight
    41 g
  • Print time
    4 h
  • Materials cost, per cm³
    ~ €0.82
  • Materials cost, total
    ~ €26
Read more
LEVER FOR PARA-ATHLETE DIVER
Details
Reinforcement scheme:
– 3 outer composite perimeters
– 3 inner composite perimeters
  • plastic
    petg
  • fiber
    COMPOSITE CARBON FIBER (CCF)
  • Weight
    32 g
  • Print time
    3.5 h
  • Materials cost, per cm³
    ~ €0.6
  • Materials cost, total
    ~ €13.7
Read more
Scott Gambler downhill bike composite rocker
Details
REINFORCEMENT SCHEME:
– 10 COMPOSITE PERIMETERS
– 80% composite isogrid infill
  • PLASTIC
    Smooth PA
  • FIBER
    COMPOSITE CARBON FIBER (CCF)
  • PRINT TIME
    100 h
  • MATERIALS COST, PER CC
    €0.83
  • MATERIALS COST, TOTAL
    €250
Read more
SELF-SENSING COMPOSITE FOR MONITORING CRITICAL STRUCTURES
Details
Reinforcement scheme:
– 2 outer composite perimeters
  • PLASTIC
    PETG
  • Fiber
    COMPOSITE CARBON FIBER (CCF)
  • Print time
    35 h
  • Materials cost, per cm³
    ~ €0.7
  • Materials cost, total
    ~ €102
Read more
Wall bracket
Details
REINFORCEMENT SCHEME:
– 2 composite outer perimeters
– 40% COMPOSITE ISOGRID INFILL
  • PLASTIC
    PETG
  • FIBER
    COMPOSITE CARBON FIBER (CCF)
  • WEIGHT
    25 G
  • PRINT TIME
    6 h
  • Materials cost, per cm³
    ~ €0.44
  • MATERIALS COST, TOTAL
    ~ €9
Read more
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    Anisoprinting is based on Composite Fiber Co-extrusion technology
    Dry fiber
    curing process
    Stiff fiber
    REINFORCING FIBER (CCF or CBF)
    Reinforcing material is made with dry continuous fibers (carbon or basalt) preliminary impregnated and then cured. Pre-impregnation provides low porosity and gives a good adhesion of reinforcing material to thermoplastic during the further printing process. Learn more about reinforcing materials’ properties in CCF&CBF section.
    When printing thermoplastic is combined with the reinforcing material. 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.
    BI-MATRIX COMPOSITE
    As a result, you get a bi-matrix composite part of any shape, without tools or molds, without machining and post-processing. Several times stronger and lighter than plastic, metal or non-optimal 3D printed composites.
    • UP TO 30 TIMES STRONGER THAN PLASTIC
    • UP TO 7 TIMES LIGHT THAN STEEL
    • UP TO 2 TIMES STRONGER AND LIGHTER THAN ALUMINIUM
    Basic Specifications
    Printing
    • Printing technology Composite Fiber Co-extrusion (CFC) Fused Filament Fabrication (FFF)
    • Build volume A4: 297х210х140mm; A3: 460х297х210mm
    • Layer thickness, min.  60μm
    • Print head Dual nozzle: FFF extruder; CFC extruder with reinforcing filament cutting device
    • Nozzle diameter, FFF 0.4 mm
    • Print speed, FFF 10 mm/sec — 80 mm/sec
    • Print speed, CFC 1 mm/sec — 10 mm/sec
    • Plastic filament diameter 1.75 mm
    • Compatible plastics Plastics with the processing temperature up to 270°C: PLA, PETG, PA, PC, ABS, TPU, etc.
    • Reinforcing material Anisoprint CCF 1.5k (Composite Carbon Fiber) Anisoprint CBF (Composite Basalt Fiber)
    • Buildplate surface Glass
    Temperature
    • Max. printhead operating temperature 270°C
    • Max. buildplate operating temperature 60°С (up to 120°С with open print chamber)
    Software
    • Slicer FFF + CFC: Anisoprint Aura; FFF: Cura, Slic3r
    • OS Support Windows 7, 8, 10, etc
    Interfaces
    • Connectivity SD-card slot, USB-type B, wi-fi, Ethernet
    • LCD A4: 3.5'' touchscreen, A3: 4.3'' touchscreen
    POWER REQUIREMENTS
    • Voltage 220-240 V (optionally 100-120 V)
    • Frequency 50/60 Hz
    • Maximum consumption A4: 800 W; A3: 1000 W;
    PHYSICAL CHARACTERISTICS
    • Printer size (LxWхH) A4: 610mm х 400mm х 400mm; A3: 720mm х 630mm х 490mm;
    • Net Weight A4: 25 kg; A3: 65 kg
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