GRAPE M1

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3D scaffold model

Copner Biotech's First Generation GRAPE M1 modelling software ..

GRAPE M1 USER MANUAL

Bespoke 3D CAD Modelling



"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 performance of third party 3D bioprinters.

3D circle model files
Normally bundled with any GRAPE bioprinter purchase; GRAPE M1 is now available to purchase as a standalone product from our official distibutors.



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.

Development CAD

Copner Biotech's Second Generation GRAPE M1 modelling software ..


GRAPE® Technology - Renderable Biofabrication®

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.

Development CAD

Hollow Chamber and Hollow Vessel ..

Development CAD

Merged Hollow Chamber and Hollow Vessel ..

Development CAD

GRAPE representation of Merged Hollow Chamber and Hollow Vessel ..


GRAPE® Technology - Renderable Biofabrication®