Composer A4

Composer A4

ANISOPRINTING is the technology for manufacturing optimized composite structures through continuous fibre 3D printing with the demanded physical and mechanical properties.

The solution is based on patent-pending Composite Fiber Coextrusion (CFC) technology. Different thermoplastic polymers can be reinforced with continuous fibres, consolidated and cured within a single-stage fully automated process that does not require post-processing or tooling. The two-matrix (thermoset+thermoplastic) approach ensures low porosity, good adhesion of fibre to polymer, superior mechanical properties.

With Composer you can print end-use parts that are stronger, lighter and cheaper than their counterparts from the other materials (metal, plastic, non-optimized composites).

Anisoprint CCF (Composite Carbon Fiber) and CBF (Composite Basalt Fiber) are composite reinforcing fibers in the form of a tow made of thousands of ultrathin carbon or basalt monofilaments, impregnated with a special polymer composition ensuring high-quality adhesion between the polymers and the fiber. Composite fiber is used to reinforce the plastic during fabrication of the part.

CCF  (Composite Carbon Fiber)

  • 30times stiffer and stronger than normal plastic
  • Strength-to-weight ratio is more than 5times higher than for 2024-T351 Aluminum
  • Stiffness-to-weight ratio is more than 5times higher than for 2024-T351 Aluminum
  • 7times lighter than steel and strong as stainless steel

CBF (Composite Basalt Fiber)

  • 15times stiffer and stronger than normal plastic
  • Strength-to-weight ratio is more than 2times higher than for 2024-T351 Aluminum
  • 5times lighter than steel and strong as stainless steel

Watch  VideoBrochure

Extruder
Advanced extruder
  • CFC technology extruder(patent pending)
  • Dual extruder  (FFF + CFC)
  • Dual matrix material printing
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Advanced Printing platform
  • Arbitrary (custom) trajectories of fiber laying
  • Volume fraction control
  • Open material system — you can use any plastic as a matrix
  • open G-code
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Composite materials
  • Low porosity in the material
  • Impregnated with thermoset mixture
Printing
Build area 297 mm х 210 mm х 140 mm
Printing technology Fused Filament Fabrication (FFF)

Composite Fiber Co-extrusion (CFC)

Minimum layer thickness 60 µm (0.06 mm)
Print head Dual nozzle (FFF extruder; CFC extruder with reinforcing fiber 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
Polymer filament diameter 1.75 mm
Compatible materials ( Polymers) Polymers with processing temperatures up to 270°С
Reinforcing fiber Anisoprint CCF-1.5k, CBF
Build plate surface Glass
Temperature
Maximum print head temperature 270°С
Maximum build plate temperature 60°С (up to 120°С with open print chamber)
Software & Interfaces
Slicer Anisoprint Aura (FFF+CFC), Cura, Slic3r (only FFF)
OS Support  Windows 7+
Connectivity  SD-card slot, USB-Type B
LCD  3.5” touchscreen
Internal camera (Yes/No) No
Power & Physical characteristics
Voltage    220-240 V (optionally 100-120 V)
Frequency 50/60 Hz
Maximum consumption 800 W
Net weight 25 kg
Printer size (LxWxH) 610 mm х 400 mm х 400 mm
AURA
SLICER SOFTWARE FOR COMPOSITE PRINTING

Aura prepares a 3D model, generates reinforcing fiber trajectories in each layer and allows to adjust reinforcement scheme to obtain strong and lightweight parts. It enables to combine micro and macro layers, making it possible to print an infill with thick layers and an external shell with thin layers. This feature results in faster printing without loss of quality.

Why Anisoprint ?
  • Continuous fiber – reinforced composites:
    30 times stronger than pure plastic, 2 times stronger & lighter than aluminium;
  • Optimal composite structures: lattice reinforcement — minimum weight, price and production time for the required strength.
  • arbitrary (custom) trajectories of fiber laying..
  • Open material system: use any plastic as a matrix.
  • open G-code.
  • non-cloud software
  • Two reinforcing materials: CCF (based on carbon) and CBF (based on basalt).
  • Complete control over fiber path generation with the slicing software Aura.
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Low-cost part production

A 750m spool will be enough to fabricate a fully composite 55х55х55mm cube or a fully composite A4-sized plate with a thickness of 2.5mm. The volume ratio of carbon or basalt fiber in the final product is about 25%.