mediCAD Knee 3D
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Catalog excerpts

mediCAD Knee 3D - 1

Automatic measurements • Implants Osteotomies • Bone contact visualization mediCAD* The Orthopedic Solution www.mediCAD.eu

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mediCAD Knee 3D - 2

Your high-performance tool for knee surgery mediCAD Knee® 3D opens entirely new opportunities in anatomical assessment, planning and measurements of the knee, resulting in optimal, audit-compliant surgery preparation. A modern, intuitive user interface that takes you straight to your objective combined with the classic, convenient connection to an existing PAC system at your hospital are just two of the many features that make mediCAD Knee® 3D an indispensable tool for your day-to-day work. The following are some of the upgraded features to look forward to: • Import assistant/Interactive...

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mediCAD Knee 3D - 3

Planning assistance and quality assurance As quality consciousness continues to rise and well informed patients demand more and more from clinics and medical practices, we are committed to helping you meet these demands by offering the highest quality, most advanced products in professional, digital preparation for surgery. Digital images are the future, and competent surgical planning is the basis for successful, efficient endoprosthetic care. With the new mediCAD Knee® 3D software, we offer you a highly promising product to carry out preoperative planning of joint replacement, using a...

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mediCAD Knee 3D - 4

Import assistant / Interactive help mediCAD Knee® 3D lets you select the storage location of your patient data or images with just one mouse click. You can load the images as you usually would from the PAC system via our new mediCAD® interface Query Client®. You can also call up any previously stored plans and load them immediately into the work area for further processing. After selecting the respective storage location, all the available patient data that is located in the selected directory and subdirectory is displayed in the work area of mediCAD Knee® 3D. During your surgical planning,...

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mediCAD Knee 3D - 5

Anatomical 3D and 2D viewing mediCAD Knee® 3D offers you a wide range of visualizations for anatomical 3D and 2D viewing. Each image and each plan is different, with a different objective, or requires a different view. Therefore, it is sometimes necessary to display the image data from a variety of perspectives. In addition to the 3D model, which can be viewed from all sides, you can display individual 2D layers ("slices") in the axial, sagittal or coronal plane. You can also display and view the 3D model from several different angles at the same time. To better assess the pathological...

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mediCAD Knee 3D - 6

Automatic bone segmentation and osteotomies When you load CT data, mediCAD Knee® 3D performs automatic segmentation. This is an important building block in preoperative planning for knee replacement surgery. Segmentation can be used to freely display certain areas of the bone in a high-resolution, three-dimensional image. For example, segmentation can be used to make the femur more visible to determine the pathological condition of the joint. Femoral shaft axis Tibia shaft axis The automatic femur, tibia and pelvis segmentation enables detection of relevant landmarks and automation of...

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mediCAD Knee 3D - 7

Simple and precise measurement methods The mediCAD Knee® 3D module supports you in planning knee endoprosthesis. A wide range of traditional measurements can be carried out and recorded: • recise determination of preoperative and corrected knee P measurements (mLPFA, JLCA, mLDFA, mMPTA, mLDTA, aMPFA, aLDFA, AMA, FSA-mTA, mFA-mTA, Mikulicz line) • ibial torsion T • emoral torsion F • osterior tibial slope P • ondylar offset C The measurements are not only displayed directly in the 3D model but also recorded in a structured list of results. Where possible, an evaluation is carried out based...

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mediCAD Knee 3D - 8

Implants Thanks to the convenient options provided by mediCAD Knee® 3D, the individual implant components can be assembled using the implant configurator and placed into the 3D model (the patient's CT images). In addition to this, the implants can be adjusted, rotated, moved or changed to another implant type as a group or individually. The implant configurator lets you select various knee implants. You can filter your implants by manufacturer, type, material and size, or even list your personal favorites or those used at the hospital. The implants you have selected and used will be...

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mediCAD Knee 3D - 9

Transparent view and implant-bone contact visualization Each image and each plan is different, with a different objective, or with different viewing requirements. You can use the transparent view to better observe the implants used in their respective positions. It is often necessary to visually determine the condition of the bone at the planned implant position. This can be done with the Hounsfield units of the bone. Both high and low density values can be observed at the planned implant site. High or lower primary stability can therefore be assumed when the implants are inserted. The...

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mediCAD Knee 3D - 10

OP viewer mediCAD Knee® 3D lets you display planning information and images from a storage medium (e.g. a USB stick) on a screen in the operating room. The layout of the OP viewer can be adapted as needed to display a different number of images. Thieme eRef integration Effective immediately, the mediCAD® preoperative planning software from mediCAD Hectec GmbH includes Thieme eRef content. In Thieme eRef, doctors receive comprehensive situational-based and case-based medical information from Thieme reference books and journals, as well as information from databases. Through the integration...

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mediCAD Knee 3D - 11

mediCAD Knee® 3D requires no prior program knowledge and is easy to learn. The user is intuitively guided through the program and all instructions are displayed in plain text on the interface. Training generally takes approximately 3-4 hours to complete. mediCAD Hectec can offer you qualified training sessions for each module. The training sessions can either be conducted at your workplace or online via the internet. X-ray images are read in the DICOM® format via an interface of your PACS/RIS system. mediCAD Knee® 3D communicates with all DICOM® interfaces and is therefore compatible...

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