
Microscope control and image processing
The software covers everything from microscope control via a touch GUI to real-time digital image processing. It is designed to support surgeons in their work during surgery in the best possible way.


Munich Surgical Imaging (MSI) develops a fully digital surgical microscope for microsurgery - in daily clinical use, in ENT and now also in ophthalmic surgery. We have been working with MSI since 2013 on the continuous development of the software, in close collaboration with the experts at MSI.
From the touch interface to real-time image processing: we build the entire software platform of the MSI Operationsmikroskop - meeting the highest medical quality standards.

The software covers everything from microscope control via a touch GUI to real-time digital image processing. It is designed to support surgeons in their work during surgery in the best possible way.

Concept, design and engineering run in Scrum, in close exchange with the experts at MSI. New ideas emerge following User Centered Design principles - we visualise them through click dummies and high-fidelity prototypes and integrate user feedback iteratively.

Implementation is done in C++, OpenGL, CUDA and SQLite. For the user interface we built our own GUI framework - tailored specifically to the requirements of the surgical microscope.
Before image processing can highlight structures, the microscope itself has to work with absolute precision - depth rendering exact, illumination uniform, behaviour identical across every device shipped. To make that reliable, we also built the calibration and commissioning software: for sensor, aperture, illumination and stereo optics, plus general tooling for putting the microscope into service.
What the MSI Operationsmikroskop delivers thanks to the software:
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