In contrast to on-screen surgery planning, surgery preparation in VR simplifies and improves the understanding of the case at hand and increases the accuracy and quality of the operation.Ĭompared to measuring 3D DICOM datasets on a flat screen, measuring 3D patient data in VR is simple, fast, and highly accurate. Patient data can be displayed and edited in life-size, and any DICOM data can be visualized and edited side by side simultaneously. Using Medical Imaging XR, the 3D surgical planning takes place in VR. The filtering, segmenting, and cutting tools can be used precisely in VR to expose pathologies and the simulation of surgical approaches. The surgeon can grasp, rotate, expand, and precisely manipulate the digital data with their hands. The VR hardware gives surgeons a direct holographic view of the 3D digital patient. Surgery preparation in VR enables better early detection of potential complications and increases the quality of the surgical procedure.Īs in the operating room, surgeons' most essential tools in VR are their own eyes and hands. Medical images from CT and MRI examinations can be visualized life-size, compared, accurately processed, and precisely measured. Medical Imaging XR is the precise tool for 3D surgery planning. Surgical teams can discuss the operation plan in groups in VR, share the plan as a movie, or stream the plan live over the internet. Surgeons can share the results of a 3D surgery plan with other team members.
#Mri image viewer software#
The software has been specially tailored to the needs of surgeons: it is intuitive, easy to use, and takes little time to begin using, even by users new to VR. Support by assistants, radiologists, or 3D imaging specialists is not needed. Three-dimensional surgery planning using Medical Imaging XR is performed by the surgeon directly. In VR, all data processing (e.g., filtering or segmentation) is performed in real-time. The 3D digital patient data are cropped, filtered, and segmented within a very short time, and the pathologies are cleared and marked for further surgical planning. Three-Dimensional Surgery Planning in Real-Time Within seconds, the medical images are loaded into Medical Imaging XR and ready for 3D surgical planning. Two-dimensional and 3D DICOM data as well as STL and OBJ files can be imported without preprocessing from a hard disk, USB stick, PACS, or via the Medicalholodeck web service. Teams can discuss the results in VR or live stream at the touch of a button.ĭata import of DICOM and 3D data is fast and fully automated.
Surgical training in VR leads to a rapid understanding of pathologies and familiarity with surgical intervention options.ĭue to the direct import of DICOM data and the independent operation by the surgeon, surgical procedures are efficiently planned, simulated, and trained in VR. Surgeons, professors and educators can train groups of students by demonstrating simulated surgical procedures using 3D patient data with Medical Imaging XR. Working on 3D data in VR saves time and improves the surgeon's understanding of the upcoming surgery.įor Medical Education: Teach and Train Surgeries in VR Radiologists can easily and quickly import 3D medical data into Medical Imaging XR, prepare case reports, and share them with medical teams. Surgery planning in VR saves the surgeon's time and increases their quality of work.įor Radiologists: Prepare Case Reports and Share 3D Medical Data By working on 3D patient data in VR, surgeons can better identify problems and complications and optimally prepare the surgical procedure.
/MRI-56baa4073df78c0b136bb6bc.jpg "mri image viewer")
The surgeon can process DICOM data and simulate and plan interventions. Intuitive tools help surgeons independently plan surgical operations in VR.
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