VOXEL-MAN is a pioneer in medical visualization and simulation. The VOXEL-MAN project dates back to around 1984, when a research group headed by Professor Karl Heinz Höhne at the University Medical Center Hamburg-Eppendorf made their first experiments on 3D rendering of tomographic image series from CT and MRI. At RSNA 1987, the first in vivo images of a complete human brain could be presented. Using VOXEL-MAN technology, the Siemens Magnetom 63 SP later became the first MRI scanner featuring 3D visualization functions.
In the 1990s, VOXEL-MAN did groundbreaking work in the development of a new kind of virtual body that integrates spatial and descriptive knowledge of human anatomy, function, and radiological appearance, and makes it available for interactive exploration.
The virtual body provided the perfect framework for the development of highly realistic, full color 3D models based on the Visible Human. Among others, these works led to the anatomical atlases VOXEL-MAN 3D Navigator: Brain and Skull, Inner Organs and Upper Limb (all published by Springer-Verlag) and EUS meets VOXEL-MAN, a training system for endoscopic ultrasound (published by Hitachi Medical Systems). Applications outside the medical domain include the Virtual Mummy and the Visible Dog.
Around 2000, experiments with the newly available haptic devices showed their potential for medical applications. In close cooperation with clinical partners, a first prototype of a virtual ear surgery simulator for temporal bone dissection was developed, which combines unsurpassed visual realism and haptic feedback. In 2005, the VOXEL-MAN Group was established and the VOXEL-MAN TempoSurg simulator was introduced to the market.
In 2009, the VOXEL-MAN Group could raise an EXIST-Forschungstransfer grant from the Federal Ministry of Economics and Technology (BMWi) for the development of a dental simulator. Its innovative software architecture provides the common platform for all VOXEL-MAN training simulators. In 2011, the second generation of the temporal bone drilling simulator called VOXEL-MAN Tempo and the tooth preparation simulator VOXEL-MAN Dental were presented, later followed by VOXEL-MAN My Cases for importing clinical cases from CT and VOXEL-MAN Sinus for endoscopic sinus surgery. VOXEL-MAN 3D Printing makes it possible for the first time to create 3D models of the surgical site at any stage of the intervention. The so far latest addition is VOXEL-MAN Sonography for training of endoscopic ultrasound (EUS).
Today, VOXEL-MAN surgical simulators are used by leading universities and hospitals around the world, from Honululu in the west to Kyoto in the east, and from Trondheim in the north to Porto Alegre in the south. The growing interest in our simulators is also reflected by a considerable number of independent validation studies.