BioFactory
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BioFactory
Product catalog summary
Tools, Options, and Accessories
Equip your bioprinter with various devices for enhanced functionality, including laser or photo-crosslinking devices for hydrogel polymerization and bioactives encapsulation, multiple printhead technologies for diverse biomaterials, high precision temperature control devices, an electrospinning printhead for micro bioarchitectures, and a comprehensive software suite for interaction with bioprinting instruments.
Equip your bioprinter with various devices for enhanced functionality, including laser or photo-crosslinking devices for hydrogel polymerization and bioactives encapsulation, multiple printhead technologies for diverse biomaterials, high precision temperature control devices, an electrospinning printhead for micro bioarchitectures, and a comprehensive software suite for interaction with bioprinting instruments.
General Specifications
The BioFactory™ offers a working range of 60 x 60 x 60 mm with high customization and precision of ± 5 μm. It features a modular printhead concept, nano-liter dispensing resolution, and operates under physiological conditions with temperature control from 5°C to 80°C. The overall dimensions are 1370 x 1030 x 2400 mm.
The BioFactory™ offers a working range of 60 x 60 x 60 mm with high customization and precision of ± 5 μm. It features a modular printhead concept, nano-liter dispensing resolution, and operates under physiological conditions with temperature control from 5°C to 80°C. The overall dimensions are 1370 x 1030 x 2400 mm.
Bioprinting Technology
The BioFactory™ is a versatile instrument for 3D manufacturing, allowing the creation of organotypic tissues that mimic in-vivo environments. It provides spatial control of cells and bioactives, enabling the construction of organomimetic tissues for drug discovery and regenerative medicine.
The BioFactory™ is a versatile instrument for 3D manufacturing, allowing the creation of organotypic tissues that mimic in-vivo environments. It provides spatial control of cells and bioactives, enabling the construction of organomimetic tissues for drug discovery and regenerative medicine.
Key Advantages
The platform supports printing under physiological conditions, offers laser units for biomolecule immobilization, and provides modularity with multiple dispensing technologies. It ensures biomanufacturing within a sterile environment, repeatability of micrometer-scale processes, and fast tissue modeling via the Bioprinting Suite, with extensive customization options.
The platform supports printing under physiological conditions, offers laser units for biomolecule immobilization, and provides modularity with multiple dispensing technologies. It ensures biomanufacturing within a sterile environment, repeatability of micrometer-scale processes, and fast tissue modeling via the Bioprinting Suite, with extensive customization options.
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Catalog excerpts
% regenHU * BIOSYSTEM ARCHITECTS
Open the catalog to page 1
BIOPRINTING TECHNOLOGY IS EXPANDING IN RESEARCH AND INDUSTRY A POWERFUL TISSUE ENGINEERING INSTRUMENT TO MIMIC NATURE It has been well documented that cell culture in tissue culture plates and flasks doesn’t mimic the in-vivo cell growth and has poor correlation with in-vivo animal as well as human clinical data. The BioFactory™ instrument provides a powerful tool for tissue engineering to create organotypic tissues with in-vivo-like morphology that better mirrors the environment experienced by cells in-vivo. Furthermore, it better reflects cell behavior, intercellular interactions and differentiation...
Open the catalog to page 2All RegenHU catalogs and technical brochures
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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.