3D bioplotter capable for the manufacturing of biocompatible materials with the bioplotting 3D printing method, the manipulation of scaffolds and the 3D printing of living cells.


An industrial type bioplotter with two heads, a hot and a cold one. The hot head is for scaffolds and other polymeric parts fabrication, while the cold head is for living cells parts fabrication, such as implants, etc. The produced parts are characterized by high accuracy and complex geometry. The list of materials that can be 3D printed with the device is long. It supports open-source materials in liquid (hydrogels), pellets, granules, powder form, etc. Materials such as pharmaceutical PCL, or the bone implants hydroxyapatite material can be 3D printed. The 3D bioplotter operates within an ISO 7 clean room ready for medical and healthcare applications.

Websites: https://etec.desktopmetal.com/ , https://3dsman.com/envisiontec-3d-bioplotter/

Technical specifications:

Axis Resolution (XYZ) 0.001 mm (0.00004”) 

Speed 0.1 – 150 mm/s (0.004” – 5.91”/s) 

Pressure 0.1 – 9.0 bar (1.45 – 130 psi) 

Build Volume (XYZ) 150 x 150 x 140 mm (5.91” x 5.91” x 5.51”) 

Needle Position Control Photo Sensor 

Needle Sensor Resolution 0.03 mm (0.0012”) 

Minimum Strand Diameter 0.100 mm (0.004”) – Material Dependent 

Number of Materials per Scaffold Maximum 3 Materials using 3 Print Heads 

Print Heads Included 1x Low and 1x High Temperature Head 

Filters Included Particle and Sterile Filters 

Platform Temperature Control Heating and Cooling Capable (Chiller not included)

Platform Height Control Automatic Z-height

Controlling System Material Calibration Manual Material Calibration 

Additional Features Automated Nozzle Cleaning Process

Case study:

INFRACHIP’s access to cutting-edge semiconductor technologies provides the user with the tools necessary to optimize the bioplotter’s performance and enhance the fabrication process. The advanced control systems facilitated by INFRACHIP enable precise temperature regulation in both hot and cold heads, ensuring the viability of living cells and the structural integrity of polymeric scaffolds.



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