Innovative 3D
bioprinting solutions
Polbionica is recognized as a high impact company developing disruptive innovative therapies to the healthcare sector using 3D-bioprinting technology. We are developing a pioneering global project of a bionic pancreas - a fully functional organ bioprinted from living cells, effectively producing insulin and glucagon. We provide advanced material and technological solutions for the development of research on bionic models of organs, organoids and broadly understood tissue engineering.
We are a research center, specialized in software development
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We conduct research on a bionic pancreas because the future begins today
The bionic pancreas is a fully functional and vascularized organ printed in 3D using our proprietary products TintBionic® and Printiss®, as well as pancreatic islets, and subsequently from the patient's own stem cells. Our pancreas marks the beginning of a new era in treating patients with type 1 diabetes and those with chronic pancreatitis.
Our products fill the gap between organ shortage and transplantation needs, and provide long-term exogeneous insulin independence. Our first in the world bionic pancreas with full vasculature successfully completed pre-clinical testing and is ready to demonstrate its efficacy in clinical trial.
We provide key products lines for the development of bioprinting 3D
Forming spatial structures composed of living cells requires the use of bioinks, which, due to their properties, give precise shape to the printed object. Developed and supplied by us, bioinks from the TintBionic® and Printiss® lines create stable scaffolds and provide suitable conditions for the embedded cells due to their wide spectrum of biophysical characteristics.
Bioreactor ResearchLine™
Our Bioreactor ResearchLine™ in our line of devices for research applications is a device that allows adequate preparation for the culture and incubation of tissue models and bionic organs in vitro. The device makes it possible to carry out studies assessing the functionality and viability of cells in created three-dimensional bionic models (constructs) with a vascular (flow) system. It allows responses to both preset physico-chemical parameters and biological active substances added to the cell medium. By automating measurements and their regulation, the bioreactor allows for standardised and reproducible culture processes.
