GeSim - Bio-Scaffold Printer for Tissue Engineering

Bio-Scaffold Printer for Tissue Engineering

Tissue engineering and tissue regeneration becomes a promising approach e.g. to cure severe bone injuries. Artificial tissue grown from differentiable cells often needs to get in a particular 3-dimensional shape for implantation. Bio scaffolds can serve as a cell growth environment for artificial tissues, further supporting supply of the cells and removal of the metabolites. Usually bio-scaffolds consist of a porous material to be seeded with differentiable cells. After implantation in the host organism the scaffold material is supposed to degrade, enabling uninterrupted layers of artificially grown tissue. Learn more [..

BioScaffolder 2.1

The BioScaffolder 2.1 is a modular instrument platform with up to four independent z-axes for runnning several dispensing tools. It can be adapted to your application as well as to your budget. It provides pressure-driven 3D printing as well as piezoelectric Nanolitre pipetting on the same instrument.

The print head of the Bioscaffolder 2.1 operates up to three pneumatic dispense cartridges for printing high-viscous paste, along with a piezoelectric Nanoliter pipetting unit (option, right picture). Each tool is controlled by separate z-stepper motors. Individual configurations starting with a single axis pneumatic dispenser are available. Postsales upgrade is possible.