Hardware

Anisoprint Composer a3 \ A4

Desktop 3D Printer Composers

Сomposer allows you to enter the era of anisoprinted composites.

Continuous fiber reinforced composites.
Optimal composite structures: Lattice reinforcement - minimum weight, price and production time for the required strength.
B8 Optimal composite structures: Lattice reinforcement - minimum weight, price and production time for the required strength.
B8 2 formats: A3 (420 mm х 297 mm х 210 mm build volume) and A4 (297 mm х 210 mm х 140 mm).
Open material system: use any plastic as a matrix. Two reinforcing materials: CCF (based on carbon) and CBF (based on basalt).
Complete control over fiber path generation with the slicing software Aura.

COMPOSER Anisoprinting is a technology for manufacturing optimal composite structures through continuous fiber 3d printing (learn more: composite 3D printing).

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 fiber 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-optimal composites).

Hardware

Specifications

Printing technology: Composite Fiber Co-extrusion (CFC) Fused Filament Fabrication (FFF)
Layer t hickness, min: 60µm

Print head:

Dual nozzle: FFF ext ruder ; 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: 1.75mm

Compatible plastics:

Plastics with the processing temperatures up to 270°C: PLA, PETG, PA, PC, ABS, TPU Filament, etc
Reinforcing material: Anisoprint CCF1.5k (Composite Carbon Fiber) Anisoprint CBF (Composite Basalt Fiber)
Interface: SD-card slot, USS-type 8
Slicer: FFF + CFC: Anisoprint Aura FFF: Cura, Slic3r
OS Support: Windows 7+

A3 Composer

Build volume: 420mm x 297mm x 210mm
Print er size (LxWxH): 76x64x49 cm
Weight: 65 kg

A4 Composer

Build volume: 296mm x 210mm x 140mm
Print er size (LxWxH): 61x40x40 cm
Weight: 25 kg

Software

Get all the tools you need to grow your AM operation to production-scale

Leverage an uninterrupted digital thread to make your production pipeline transparent, reliable and performant.

Anisoprint Aura Composite 3D Printing

Material

Materials

To ensure ultimate performance and production quality, we provide a robust range of advenced materials and filament.

Specifically picked for concept modeling, functional prototyping all the way to end use parts, they meet every exacting standard. If you don't find what you need - we will help you to produce a tailored to spec especially for your project needs

CCF Materials - Composite Carbon Fiber

30 times stiffer and stronger than normal plastic.

Strength-to-weight ratio is more than 5 times higher than for 2024-T351 Aluminum.
Stiffness-to-weight ratio is more than 5 times higher than for 2024-T351 Aluminum.
7 times lighter than steel and strong as stainless steel.

CCF Materials - Composite Carbon Fiber

CBF Materials - Composite Basalt Fiber

15 times stiffer and stronger than normal plastic.

Strength-to-weight ratio is more than 2 times higher than for 2024-T351 Aluminum.
5 times lighter than steel and strong as stainless steel.
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 final product is about 25%.

Anisoprint technology provides a wide range of applications in aerospace, automotive, healthcare, manufacturing, sport, transport – every area where strength and lightweight are required.

CBF Materials - Composite Basalt Fiber

SMOOTH PA

Plastic specially formulated by Polymaker for the perfect surface quality and ease of use.

Can be printed without a dryer.

SMOOTH PA gives parts a smooth finish and matte look, it is used for the external shell of the part.

It is a perfect choice for making a surface stiff and hard, featuring better mechanical properties than pure plastics.

It is a carbon fiber-filled polyamide developed by Polymaker specifically for the perfect surface quality and ease of use. 

SMOOTH PA

Our portfolio is based on high end industrial solutions.

Using top end Polymers, fiber reinforced composites metal. With a long list of advantages to each solution covering a wide range of the specific needs by 3D application. Durable, reliable precise tool set alongside of uncompromised service - assuring your success.