Bio printer and bio material for tissue engineering 3D Discovery & BioInk
Create three dimensional organomimetic models for tissue engineering
The 3DDiscovery® instrument is a multi-functional liquid handling device responding to today's requirements of 2D/3D Drug Discovery/Toxicology screening applications.
The 3DDiscovery® instrument is both a powerful FLUID DISPENSER addressing today's industrial needs, as well as a three-dimensional BIOPRINTER responding to the upcoming challenges facing the pharmaceutical, biotech and clinical research organizations.
Demonstration of 3D Discovery
|External dimensions||580 x 540 x 570㎜|
|Work range||130 x 90 x 60㎜|
|Printer head||Maximum 4 printer heads|
|Temperature contro||Up to 80℃
(optional syringe can control up to 240℃ )
|Others||viscosity range up to 10000PaS
5micro liter dispensing resolution; no dead volume
1 hot melt extrusion print head
The BioInk is a semi-synthetic hydrogel supporting cell growth of different cell types (fibroblasts, keratinocytes, etc.) by providing cell adhesion sites and mimicking the natural exteracellular matrix. The BioInk is provided as a ready to use device to print 3D tissues. Critical parameters such as matrix stiffness cell adhesion can be tailored. Exclusively designed for 3D Discovery.
VARIABLE PARAMETER CELL ADHESION : control cell adhesion and migration through peptide density and matrix strength and stiffness. MATRIX STIFNESS : Matrix stiffness to control cell migration and differentiation.
Top view of a printed dermis equivalent
Fibroblasts printed in a layer by layer mode in combination with BioInk. The dermis equivalent was cultivated for 7 days And the fibroblasts are stained with MTT. (dark cells; life stain)
HE-staining of a printed dermis equivalent cultivated for 5days
Cross section of a dermis equivalent harboring fibroblasts. The layer-by-layer printing model is still visible.
Manufacturer : regen HU
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|分野||Drug discovery|Cancer|Regenerative medicine|Organ simulator|Biological imaging|Cell imaging|
|説明文||Cost –effective 3D bio printing platform to explore the potential of 3D tissue engineering|