3DDiscovery
2Pages

CREATE THREE-DIMENSIONAL ORGANOMIMETIC MODELS FOR TISSUE ENGINEERING ENABLING TECHNOLOGY  Bioprinting is a rapidly evolving field; the FLEXIBILITY and MODULARITY of your bioprinting instrument are key factors for your future success.  Tissue Engineering/ biotechnology Sciences are complex areas where multiple factors including material types, composition, cell viability and bio-architectures are crucial.  Your needs and requirements for bioprinting hardware are following this rapid evolution and are thus constantly changing. The 3DDiscovery™ flexibility and modularity will assist you along the path. APPLICATIONS TO STUDY & IDENTIFY BIOLOGICAL PROCESSES: BIOPRINTING PLATFORM  The 3DDiscovery™ instrument is a cutting-edge platform to explore the potential of 3D tissue engineering through bio printing technology.  Spatial control of cells, bioactives, and extracellular matrix in a threedimensional cellular construct is an enabling approach to construct designed organomimetic tissues for drug discovery and regenerative medicine. MATERIAL CANDIDATES Cells, bioactives and signal molecules Hydrogels and biopolymers Polycaprolactone and thermopolymers Calcium phosphates Collagen, Hyaluronic acid, and gelatins YOUR SOLUTION  The high FLEXIBILITY of regenHU’s bioprinting instruments can be adapted to any situation thanks to more than 80 accessories and nearly unlimited customization possibilities.  The 3DDiscovery™ bioprinter offers an high MODULARITY. MODULARITY that permits you to follow your Research & Development objectives: • Modification or extension of instrument hardware at any time • Process customization to fit your needs • Worldwide technical and after sales support Cell-cell interactions Differentiation Response to stimuli Differentiation, Proliferation and morphology In vivo relevance Drug metabolism and expression (gene, proteins) Environment and Extracellular matrix

BIOPRINTING TECHNOLOGY IS EXPANDING IN RESEARCH AND INDUSTRY  The 3DDiscovery™ platform is a versatile and cell friendly instrument. It can create three-dimensional models that more closely mimic what happens in living organisms. It allows scientists to pattern cells, biomolecules, and a range of soft and rigid materials in desirable 3D composite structures.  The 3DDiscovery™ platform is a versatile and cell friendly instrument. It can create three-dimensional models that more closely mimic what happens in living organisms. It allows scientists to pattern cells, biomolecules, and a range...