Personalising healthcare with AI
The personalisation of treatment to the patient’s exact needs is becoming more and more accessible with pharmaceutical 3D printing. FABRX is paving the way with their versatile, multi-technology M3DIMAKER 3D printers. With more and more clinical applications being used around the world, bespoke software is needed for user and patient safety. FABRX AI is answering these needs, with forward thinking software solutions.
Track pressure and bubble formation using our SSE Laguna printhead.
With our in-built GCode library generator, you can easily create your own validated GCode library for your 3D printing needs.
Use M3DIMAKER Studio to fully control the M3DIMAKER pharmaceutical 3D printers, from choosing your 3D model to changing the 3D printing parameters. This can be freely used for research and development, or restricted for controlled use in healthcare.
Track pressure and bubble formation using our SSE Laguna printhead.
With our in-built GCode library generator, you can easily create your own validated GCode library for your 3D printing needs.
Use M3DIMAKER Studio to fully control the M3DIMAKER pharmaceutical 3D printers, from choosing your 3D model to changing the 3D printing parameters. This can be freely used for research and development, or restricted for controlled use in healthcare.
Track pressure and bubble formation using our SSE Laguna printhead.
M3DISEEN
M3DISEEN is our Artificial Intelligence-driven predicting tool for 3D printability. By inputting your drug choice, excipients and proportions used, M3DISEEN will predict your formulations 3D printability, the 3D printing parameters you should start with and dissolution.
M3DISEEN is an academic project currently available online for free. It is currently only available for Fused Deposition Modelling (FDM), with plans to include additional 3D printing technologies in the future.
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