COPNER BIOTECH

I lead the Microbiology & Infection Research Group at Cardiff Metropolitan University where we have been using Copner Biotech’s bio-printer to develop and modify our in vitro chronic wound infection model. The support and guidance we received following installation of the bio-printer has been both excellent and invaluable, and it’s great that were still are able to contact Copner Biotech to discuss our bio-printing project and needs as the work progresses. The bio-printer doesn’t need a lot of bench-space, and is easy to set up and use; I’m looking forward to seeing where this technology continues to take the groups research.

Dr Sarah E. Hooper (Maddocks) FIBMS FRSB

Reader in Microbiology & Infection

Cardiff School of Sport and Health Sciences

Cardiff Metropolitan University

The scaffolds are incredibly easy to use. The preparation protocol is simple to follow and quick to do so. My stem sells attached proliferated and migrated onto the scaffolds with ease, with no adaption needed. The scaffolds are robust and easy to handle.

Nic Kingswell

Laboratory and Operations Manager

Unicorn Biotechnologies Limited

this novel 3D cell culture platform offers enormous potential for research into multiple cell types, including: cancer cells, cardiomyocytes, fibroblasts and liver cells. Experts believe that the applications for this product are genuinely limitless, and the reality is that researchers are routinely discovering new opportunities provided by these advanced scaffold designs.

Accelerate Healthcare Technology Centre

Swansea University

We switched our organoid culture to the PETG scaffolds from Copner Biotech as they are easy to use and give us a large number of organoids consistent in size. We used them for different cell types. They haven’t failed so far.

Andrea Mohr, PhD, FHEA

Senior Lecturer in Cancer Biology

Director of MSc Cancer Biology

University of Essex

School of Life Sciences