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Bespoke software to use alongside our products. Developed by FABRX·AI

M3DIMAKER Studio

M3DIMAKER Studio is our easy-to-use, advanced software that facilitates efficient, fully customisable and precise 3D printing. It can be used to select your 3D model, prepare 3D printing parameters, and control the M3DIMAKER printers. For R&D, this software is non-restrictive, allowing you to print to your project’s specifications freely. For clinic use, protocols can be locked to ensure quality assurance. It can also be used alongside our in-built camera and quality control upgrades for real time analysis.

Software Solutions for Every Need

BASIC

The basics for individuals and organizations

  • Printer control
  • Pharma-ink management
  • Free excipient database

PRO

Advanced features for individuals and organizations

  • Everything included in Basic, plus...
  • NIR real time quality control
  • Mass characterisation with pressure sensor
  • Integrated balance control
  • Pharmaceutical printing essentials

HUB & SPOKE

Cloud option for individuals and organizations

  • Everything included in Pro, plus...
  • Secure VPN access to database
  • Protocol sharing
  • Downloadable libraries
  • Performance reports
  • Optional remote access for quality assurance
  • In line with incoming hub and spoke regulation

M3DIFEEDBACK

M3DIFEEDBACK is our phone application designed to collect patient and carer feedback. We can make custom downloadable apps for each clinical project to create a user-friendly experience.

M3DIFEEDBACK

M3DIFEEDBACK is our phone application designed to collect patient and carer feedback. We can make custom downloadable apps for each clinical project to create a user-friendly experience.

M3DISEEN screenshot

M3DISEEN

M3DISEEN is our AI-driven predicting tool designed for assessing 3D printability. By inputting your choice of drug, excipients and proportions, M3DISEEN not only predicts formulation printability but also provides recommended 3D printing parameters and dissolution insights.

Currently accessible online for free, this academic project focusses on Fused Deposition Modelling (FDM), with plans to incorporate additional 3D printing technologies in the future.

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