• Trusted by Leading Universities

    • Mechatronics Engineering meets Bioprinting

      Wide and Precise Pressure Range

      With our pneumaitc system, you can bioprint low viscous biomaterials

      Pressure Range: 0 psi to 120 psi Pressure Resolution: 0.1 psi

      Revolutionary UV Curing System

      With the UV-LED curing system, wavelength and power values are determined specifically for your application.

      Power: 3W, 6W, 10W Wavelenght: 365nm, 395nm, 405nm

      Closed Loop 3 Axis Control System

      We offer high precision with magnetic encoders integrated into stepper motors

      XY Axis Resolution: 10 micron Z Axis Resolution: 1,25 micron

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      Bioprinting

      Bioprinting Process: Step By Step

      1

      Data Processing

      We create the 3D model using MRI and CT data.

      2

      Bioinks

      We develop bioink according to the stem cell type.

       

       

      3

      Bioprinting

      We bioprint biomaterials and stem cells simultaneously.

    • Biocompatible Hydrogels for Tissue Engineering

      A bioink is a hydrogel biomaterial that is suitable for bioprinting with mammalian cells and it provides a temporary support to the cells while they produce their own extracellular matrix.

    • Contact Us

      Please feel free to contact us!

      HQ: ITU ARI Teknokent, ARI-3, Maslak, Istanbul/Turkey

      R&D Center: YTU Technopark, Complex D2, Esenler, Istanbul/Turkey
      +90 212 963 9691
      +90 212 963 9691
      hello@axolotlbio.com
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    • This investment is partly financed with funding by the European Union.

    © Axolotl Biosystems Ltd. 2018, All Rights Reserved.