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Bioprinter Bioprinter syringe Bioprinter bed Bioprinter syringe Bioprinter syringe Bioprinter syringe Bioprinter syringe Bioprinterempty

BIO V1

First choose the surface on which you want to print:

The configuration of the printing head and the wide range of movements in X, Y and Z allow a precise adjustment that allows the system to print on different surfaces.

Next, select the tools needed for the materials you will work withs:

Our head system allows you to include different syringe modules and tools for any application. The modular extrusion head can be configured with different interchangeable extrusion tools, depending on the nature and intrinsic characteristics of the materials. This allows us to have a head adapted to the needs of the materials to be extrudedr.

The printing head can be configured with four different tools with adjustment movement in the X and Y.

3 syringes printing head

Standard complements are included in yje basic system

Printing surfaces

Below please select the needed tools to print your material.

We design adaptable components for the extrusión tools, in accordance with the nature and intrinsic characteristics of the materials can be adapting the module depending on the needs of the material to be extruded.

Extrusion tools:

DOWNLOAD CONFIGURATION AND CONTACT US

Finally, open up the software and follow our protocol to calibrate and begin.

See system software

You are ready to create!

If you have any question, contact our technical support

Technical specifications

  • Resolution
  • Bioprinting applications
  • Temperature control
  • Resolution real in the X e Y axis (spindel movement) = 150 μ m (0.15 microns) | Resolution in Z = 400 μ m (0,4 microns)
  • Theoretical resolution in the X and Y axis = 1.875 micras - 1875 nm
  • Thermoplastic extruder Nozzle output diameter 0,4 mm.
  • Syringes: Several output diameters 0,15 mm, 0,58 mm, 1,20 mm
  • Tissue regeneration:
    • Skin - Bone
    • Cartilage - Cardiac tissue
    • Cornea - Tumoral models
  • Drug testing
  • Biomaterials development
  • Personalising treatment: Lab on a chip kit / Organ on a chip
  • Temperature control:
    • Thermoplastic Extruder:
      • Filament (Until 250ºC)
      • Pellet
    • Biomaterials extrusión (through syringes):
      • -20 until 100 grades
    • Biomaterials light-curing:
      • Ultraviolet light
      • Infrared light
      • Blue light
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