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AXO A3 3D Bioprinter

Axolotl Biosystems have developed a next generation 3D Bioprinter, the AXO A3, for tissue engineering and regenerative medicine and various disease therapeutic areas. The device is supported with easy to use, AXO suite software which is compatible with STL and gcode files.The Axolotl technology platform offers an easy to use, highly efficient and versatile 3D bioprinter which comes with three Printhead attachment slots and offers a unique melt electrowriting (MEW) capability. The MEW feature has shown to be highly relevant in the tissue engineering when using cells derived from skeletal muscles or cardiac tissue. 

The AXO A3 3D Bioprinter Applications:


Tissue Engineering

  •    Skin, Bone and Cartilage Production
  •    Blood vessels: For bioprinting vascular networks for tissue Fabrication
  •    Hepatic tissue Production
  •    Cardiac tissue Production


Drug Discovery/screening: 

  •    Production of reliable and predictive 3D models for drug screening and efficacy measurement
  •    Production/recapitulation of tumor microenvironment to help understand biological aspects and cancer metastasis
  •    3D ex vivo angiogenesis studies
  •    Improve ability to better predict the efficacy and toxicity of new drug entities


Clinical applications: 

  •    Orthodontics Applications
  •    Surgery areas
  •    Neurosurgery
  •    Cardiac Surgery
  •    Implants

Axolotl Biosystems | AXO A3 | 3D Bioprinter

Axolotl Biosystems | AxoDual X | Bioprinting in 96 Well Plate

Axolotl Biosystems | AxoDual X | Melt Electrowriting

Technical data

 

 

Hardware Airfiltering: HEPA H14, retention rate 99,995%
Connectivity: USB
Size (W x D x H): 550 x 375 x 435 mm
Weight: 27 kg 
Power Input: 100-240 V, 50-60 Hz
Fuse: 250 V T8A
Software Software: AXO suite
Supported file types: .STL und .gcode
Infill Density Range: 0 - 100%
Infill Pattern Types: Rectilinear, Grid, Aligned Rectilinear, Honeycomb, Concentric, Cubic, Wave
Bioprinting Build volume: 130 x 90 x 80 mm
Layer Resolution: < 10 µm
XY Resolution per microstep: 1,25 µm
Z Resolution per microstep: 1,25 µm
Needle Calibration: Automatisch
Printhead Actuation: Pneumatisch angetriebener Kolben
Printhead Slotse: 3
Melt Electrowriting Technology: vorhanden
Printheads & Print Surface Printhead Types:
- Pneumatic Printhead
- Hight-Temperature Printhead, Range upto 250°C
- Low-Temperature Printhead, Range 8°C to 60°C (at RT)
- Melt Electrowriting (MEW) Printhead, Range: Up to 10kV
- Solution Electrospinning (SES) Printhead, Range: Up to 10 kV
Toolhead Types:
- UV Curling Toolhead, 365 nm/395 nm/ 405 nm
- HD Camera Toolhead
Print Surface Temperature range: 8°C to 60°C

 

Consumables

 

 

Heated Printhead Axolotl Biosystems
Cooled Printhead Axolotl Biosystems
UV-LED curing Toolhead Axolotl Biosystems
UV-Laser curing Toolhead Axolotl Biosystems
HD camera Toolhead Axolotl Biosystems
Melt Electrowriting device Axolotl Biosystems
Rotary collector Axolotl Biosystems
Flat collector Axolotl Biosystems
Bioink Starter kit Axolotl Biosystems
UV Curing Starter kit Axolotl Biosystems
Scaffold Starter kit Axolotl Biosystems
Axo Suite Operating software Axolotl Biosystems

 

 

 

Technical Service


During our business hours, our free telephone support will be glad to assist you in case of any questions. Our Technicians take care of the delivery and installation of original spare parts of the highest quality as well as certified testing, measuring, and control equipment. Our maintenance according to manufacturer specifications includes functional tests, cleaning, accuracy testing with calibration as well as a detailed report. In addition, our maintenance contracts protect your investments and reduce the total cost of ownership.

Detailed information about our support options can be found here.

Axolotl Biosystems

Axolotl Biosystems is an Istanbul-based company specializing in tissue engineering instruments such as bioprinting systems, melt electrowriting devices, and load bioreactors. In the past three years, Axolotl Biosystems has installed its instruments in over ten countries, including the United States and China. The main objective for Axolotl Biosystems is to make high-end tissue engineering devices accessible for all researchers. In this focus, the company developed one of the most advanced biofabrication systems in the market.

More about ABER Instruments: www.axolotlbio.com

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131 employees
10 locations in europe
31 years of experience