Higher or lower primary stability can therefore be assumed when inserting the implants. High and low-density values can occur at the planned implant location. The Hounsfield visualisation provides support on this. It is often necessary to determine the quality of the bone at the planned implant position visually. You can use the transparent to better observe the implants used in their respective positions. Implant visualisation Transparent view and implant-bone contact visualisationĮach image and each plan is different and follows a different objective or requires a different approach. Here, you can filter your implants based on manufacturer, type, material, size or include only your personal or used in the clinic favorites.īecause of the more than 15-year collaboration with many international implant manufacturers, Shoulder 3D includes modern know-how and a monthly updated and amended implant database. Through the convenience of the mediCAD ® 3D Shoulder the individual implant components may be assembled and placed in the 3D model (CT scan of the patient) using the implant configurator. Simple selection and exact positioning of implants The 3D file with the planning information can be sent to your individual prosthesis manufacturer quickly and easily at the "point of using" during or after the planning, with the corresponding dimensions. You can save the segmented area or areas as a 3D file format. MediCAD ® 3D Shoulder offers you the possibility to segment the areas of the bone very precisely. An important area of surface replacement, partial or total replacement of the joint is the individual prosthesis. Our entire 3D modules, such as the Hip 3D, Spine 3D, Knee 3D and the Shoulder 3D offer the whole spectrum of modern preoperative planning of diseases of the posture and movement apparatus. Segmentation can be used, for example, to make the Glenoid more visible for example to determine the condition of the joint. Segmentation can be used to freely display certain areas of the bone in a high-resolution, three-dimensional image.
K 3d measure manual#
When you load CT datasets, mediCAD ® 3D Shoulder runs the manual segmentation, which forms an important part of preoperative planning in shoulder endoprosthesis. You can also display and view the 3D model from several different directions at the same time. In addition to the 3D model that can be viewed from all sides, you can show individual 2D slices in an axial, sagittal or coronal plane. It is therefore sometimes necessary to display the image data from different perspectives. Each image and each plan is different and follows a different objective or requires a different approach. MediCAD ® 3D Shoulder offers you various displays for this. If you are already a customer, or are interested, simply contact us on the new module at: +49 871 330 203 20 or write to us: This email address is being protected from spambots.
K 3d measure software#
With our preoperative planning software mediCAD ® 3D Shoulder, we make this decision easier for you." Therefore, a thorough understanding of complicated anatomical structures is very importance in deciding how an operation can be carried out optimally. Simko Ali - Product manager 3D Shoulder: "A variety of causes solve problems with the shoulder joint and an operative therapy should never be taken lightly.
Transparent view for better detection of the planned position.Simple selection and exact positioning of implants.Cranio-caudal and anterior-posterior centering.Simple and accurate measuring procedures.Determination of the size of the glenoid.We very much hope that we have piqued your interest and look forward to receiving your inquiry.
K 3d measure free#
Arrange a free and non-binding demonstration of our system - we will convince you.
You can benefit from the implant database that is updated every month and the modern digital product catalogue for implant care. A well thought out product concept and simple operation will win you over. The discussion and coordination achieved during everyday work in the clinic will become clearer and more transparent and will achieve a verifiable increase in quality and quality assurance. In this way, the most suitable implant dimensions such as the Glenoid and the stem can be positioned precisely.Īcademic papers should be substantiated and proven in a simpler and more rapid manner without taking a lot of time. With the new module mediCAD ® 3D Shoulder, you can use a promising approach to plan the joint replacement before the operation using a high-resolution, three-dimensional CT image.
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