3D Bioplotter fourth generation bioprinter

EnvisionTec 3D-BioplotterFourth generation bioprinter

——For organizational regeneration&Cell printing&Professional research tools for drug controlled release design

Product Introduction:

GermanyenvisionTECcompanyBioplotterseries3DThe biological printer presses the liquid, fusible substance, paste or gel in the ink cartridge from the printing needle through the action of air pressure, and realizes the printing from3DImage to3DThe process of constructing physical objects. Cell printing is possible.

self2000Since the beginning of the yearEnvisionTEC 3D-BioplotterThe system is widely used in the biomedical field. In the preclinical stage, many studies are conducted using this machine, and numerous articles have been published in the fields of materials science, neuroimaging, and toxicology. In clinical practice, treating patientsCTorMRIScan and createSTLPrint out solid files3DModel, for transplantation. In the fields of tissue engineering and controlled drug release, there is a need for3DThe bracket has good external and internal structure.3D-BioplotterA wide range of materials can be used, from soft hydrogel polymers to fusible hard ceramics and metals, to realize rapid prototyping and manufacturing scaffolds. Complex internal structure design can be easily used3D-BioplotterSoftware is used to control it to have good mechanical properties, increase cell adhesion effect, and ensure good fluidity of the culture medium in printing transplant apertures.

Product Application:

bone/cartilage regeneration

angiogenesis

Drug controlled release

Soft tissue biological structure/Cell printing&Organ printing

Conceptual modeling

Product Features

Raw materials used(Powder, spherical objects, etc)No pre-treatment is required to form filaments.

Suitable for medical materials.

Used in a sterile biosafety cabinet, compressed air is sent in through a sterile particle filter.

The materials are stored in sterilized ink cartridges to avoid direct contact with the machine: easy to clean and disinfect.

Each customer can create their own process parameters to meet various printing needs of customers.

No specialized materials have been locked in, allowing customers to flexibly choose their commonly used material suppliers and the required medical grade,The composition and concentration of the mixture, additives, etc.

Material selection:

1Bone regeneration: hydroxyapatite（Hydroxyapatite）Titanium（Titanium）Tricalcium phosphate carbon（Tricalciumphosphate）Poly (ε - caprolactone)（PCL）Polylactic acid（PLLA）Lactic acid-Hydroxyacetic acid copolymer（PLGA）

2Drug controlled release: poly (ε - caprolactone)（PCL）Polylactic acid（PLLA）Lactic acid-Hydroxyacetic acid copolymer（PLGA）

3Soft tissue biological structure/Cell printing&Organ printing: Agar（Agar）Soy protein（Soy）Polyglucosamine（Chitosan）Alginate（Alginate）Gelatin（Gelatine）Bone collagen（Collagen）Hyaluronic acid（Hyaluronic Acid）Cellulose（Fibrin）

4Other applications:Polyurethane（Polyurethane）Silicone gel（Silicone）Acrylic ester（Acrylabes）Graphene（Graphene）

3D Bioplotter fourth generation bioprinter