Multi-material cell printers

RegenHU 3D Discovery Evolution

Royce Hub building | University of Manchester

Multi-material cell printers capable of printing UV curable gels, melt extruding microfibres, melt electrospinning and cell suspensions as composite structures.

Description

The 3D Discovery Evolution instruments are capable of printing cells, gels, melt extruded polymers and melt electrospun polymers.

State-of-the-art bio additive manufacturing systems that addresses the major current barriers for multi-material printing at multiple scale levels. These high performance bioprinters enclosed in a Class II biosafety cabinet, for generation of cell-seeded sterile constructs, and have a unique modularity and flexibility for research and development.

Thea versatile and cell friendly three-dimensional manufacturing instrument allowing scientists to pattern cells, bio-molecules and a range of soft and rigid materials in desirable 3D composite structures, mimicking natural environments.

Uses / Applications

Tissue-like models
Composite Biomimetic structures, e.g. Osteo-chondral models
Cell-therapy models for cytotoxicity/toxicology studies
Cancer models

Specification

UV365-pen 365nm for printing UV curable gels

Melt Electrospinning Writing (MESW)
Voltage: 0-25kV
Nozzle / Needle diameter: 100 μm up to 300 μm
Heater: 100°C

Thermo polymer extruder based on PED technique (HM-300H)
Viscosity range: Screw design dependent
Nozzle / Needle diameter: 120μm up to 800μm
Heater: Up to 240°C.

Cell Friendly Micro Printhead (CF-300H)
Viscosity range: 110 – 1000m Pa.s
Nozzle / Needle diameter: 150μm, 300μm
Heater: Up to 80°C
Dispensing mode: Jetting / Needle dispensing

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