3D Hip provides comprehensive surgical planning and 3D modeling for more efficient and effective total hip replacement surgeries. Orthopedic surgeons can display CT scans and X-rays of the patient’s anatomy as a 3D model for different, simultaneous viewing directions.
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Anatomical 3D & 2D view
Bone segmentation
Implant and prosthesis visualization
ROM simulation
Acetabular Cup Implants
Automatic detection
Reduction of artifacts
Primary implants shown/hidden
Implant compatibility
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mediCAD® 3D Hip offers you a variety of views of acetabular defects and acetabular fractures, so you can easily switch between the 3D model, the individual 2D slices and the anatomical view.
Manual segmentation is an important component of preoperative planning in total hip arthroplasty. Through this segmentation, certain areas of the bone can be freely displayed as a high-resolution three-dimensional image. With the help of segmentation, for example, the femur (the thigh bone) can be made visually more visible in order to determine the disease state of the joint.
Every procedure is different, and each preoperative plan requires a different way of looking at things. With the help of the glass view, you have the possibility to better observe the inserted implants in their position. It is often necessary to visually determine the condition of the acetabulum, bone tissue and soft tissue at the planned implant position. This draws on the Hounsfield units of the bone.
The abnormal shape of the bones that leads to hip impingement is not always captured by classic tomography. The complex relationship between the shape of the acetabular shell, the shape of the femoral head and their biocompatibility during movements is difficult to determine without visual representation. Hip problems are dynamic and multidimensional. Current static imaging leaves much to the imagination.
Due to the possibilities of mediCAD® 3D Hip, the individual implant and prosthesis components can be viewed as a template with the help of the implant configurator and placed in the 3D model (CT scan image of the patient). In addition, the implants can be adjusted as a group/individually, rotated, moved or changed to another implant type.
After you have loaded the CT image, you can start the automatic detection simply by clicking the mouse. The software shows you the measuring points which were found and you have the possibility to modify the points.
Preoperative preparation for revision surgery requires accurate planning. mediCAD® 3D Hip helps you make preoperative planning as simple as possible. The automatic artifact reduction of mediCAD® 3D Hip gives you a better view and representation of the actual situation in all planes.
With the automatic bone segmentation, mediCAD® 3D Hip makes it easier for you to replace a prosthesis (revision) by showing and hiding the implants already implanted.
Use mediCAD 3D Hip to insert the best fitting implants directly into your planning. Check the fit of the implant as well as the compatibility of all implant components. The integrated implants database is one of the largest worldwide and is constantly being expanded. To update any missing implants or prostheses, please contact support@medicad.eu.
Learn more about benefits of 3D-CT planning software available to orthopedic surgeons in the context of total hip arthroplasty, knee replacement and other orthopedic procedures in our report by Professor Alister Hart and colleagues.
Please feel free to download the following brochure for further information on mediCAD 3D Hip.
Use our 3D printing service to create a realistic and detailed image of any bone region that can be exported directly from our mediCAD 3D modules. 3D printing and planning revolutionizes healthcare through more efficient preoperative planning and advanced individualized care.
