High Precision 3D Modelling

Fall of 2020 to Present| Category: 3D Modelling|
3D scaffold model

Copner Biotech launches its latest GRAPE M1 modelling software ..

"GRAPE® technology addresses issues currently faced in this 3D bioprinting space when using 30 year old prototype modelling technology."

Representing a step change in the bioprinting software landscape, GRAPE is poised to add immediate value to workflows of bio scientists and tissue engineers around the world.

GRAPE M1 enables precise 3D models to be designed and saved both in GRAPE and STL 3D model data formats. The STL data format enables GRAPE modelling technology to be applied to and potentially improve the perfomance of third party 3D bioprinters.

Normally bundled with any GRAPE bioprinter purchase; GRAPE M1 is now available to purchase as a standalone product using the contacts below.

+44 (0)7494 945564 CEO
+44 (0)7831 880066 CTO
+44 (0)7939 222876 CFO

Ultimately the best 3D bioprinting performance will be achieved by employing GRAPE technology throughout the biofabrication process. GRAPE M1 outputs 3D models in GRAPE 3D model data format which are directly read and processed by Copner Biotech's GRAPE family of printers; for example GRAPE S1.

GRAPE®; Technology - Renderable Biofabrication®

Additional Projects

Our culture of innovation continues....

High Precision 3D Inkjet Bio Printer

Innovate UK Part Funded Project

3D Extrusion Bio Printer - GRAPE S1

SMART Cymru Part Funded Development

3D PETG Scaffold

Cell Culture Research


Graphical Rectangular Actual Positional Encoding


For your exacting requirements in Cell Culture 3D PETG Scaffolds.

The latest innovation in the field of 3D Bio Printing .

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