Bridging the vascular gap in biofabrication just got easier. Meet the next generation of GRAPE®
Print the Unprintable. Design True-to-Life Vasculature with GRAPE®
Say goodbye to G-code approximations. Design complex internal cavities, hollow chambers, and seamlessly interconnected vessel networks using Copner Biotech’s patented rectangular actual positional encoding. Export print-ready .CBL files directly to your GRAPE S1 bioprinter.Core Features & Benefits
Advanced Cavity & Vessel Modelling
Swiftly create hollow chambers, fluid networks, and multi-scale vascular pathways without breaking complex geometries.
Patented CBL Block Translation
Convert intricate organic trajectories into mathematically perfect rectangularly encoded positional data.
True End to End Precision
Eliminate third-party slicing software anomalies. Ensure what you model in GRAPE is exactly what prints on the GRAPE S1 extrusion platform.
Copner Biotech presents latest biofabrication technology at University of Essex.
Copner Biotech invited to present our flagship GRAPE S1 4D bioprinter at University of Essex. Essex having previously taken delivery of
a GRAPE S1 3D bioprinter were keen to enhance their biofabrication activities further by exploring Copner Biotech's
latest technological advances.
Copner Biotech partners with Brunel University of London.
Copner Biotech delivers GRAPE S1 3D bioprinter to Brunel University of London.
Researchers at Brunel will be leveraging our GRAPE technology in their Innovative Biomedical Engineering projects.
Copner Biotech partners with University of Birmingham.
Copner Biotech delivers GRAPE S1 4D bioprinter to the University of Birmingham.
Researchers at Birmingham will be leveraging our GRAPE technology to develop pectin based skin
tissue models for in vitro analysis.
Johnson&Johnson Innovation.
Copner Biotech attends the Johnson&Johnson Life Sciences Innovation meeting held at their London Office.
Whilst learning deeper insights into the current state of the art; our patented bioprinting
and 3D scaffold technologies proved a hit with attendees.
Copner Biotech partners with University of Hull.
Copner Biotech delivered a biofabrication seminar together with our GRAPE S1 3D bioprinter to the University of Hull.
Researchers at Hull will be leveraging our GRAPE technology to develop novel pancreatic models.
Copner Biotech partners with Newcastle and Northumbria Universities.
Copner Biotech delivered a biofabrication seminar together with our GRAPE S1 4D bioprinter to Newcastle University
Copner Biotech partners with University of Greater Manchester.
We are delighted to announce delivery of our GRAPE S1 3D bioprinter to the engineering
department at the University of Greater Manchester
Copner Biotech partners with Newcastle and Northumbria Universities.
We are excited to announce our collaboration with researchers at Newcastle and
Northumbria Universities to develop novel in vitro models of cartilage,
thanks to funding from National Centre for the Replacement,
Refinement and Reduction of Animals in Research (NC3Rs)!
Copner Biotech visits Lancaster University.
Copner Biotech had the pleasure to hold a biofabrication technology
seminar together with a demonstration of our state of the art bioprinter
GRAPE S1 4D at Lancaster University
