„(…) It elevates accuracy as you are able to fine tune optimized implant positioning before the operation. And instead of having bits of information from an x-ray, you finally have unlimited information, many, many landmarks that human eyes would not be able to process. So entering the operating room and knowing the answer to 80% of the issues before the operation leads to a sooner operation, a faster operation, more accurate operation. (…) The patient always in the center of treatment and care and success.“

“When I used the Holo Lens for the first time (…) and got a completely different idea of the morphology of the fracture pattern, that really impressed me. (…) Since we have the possibility to better prepare for surgical interventions with the planning tools, our care has become better and of higher quality. With Mixed Reality and 3D animation (…) we are taking the entire treatment and preparation to a new level.”

„The Mixed Reality technology can facilitate the performance of Reverse Shoulder Arthroplasty in a case of locked anterior shoulder dislocation with glenoid fracture.

This technology could be the game changer.“

“The use of Mixed Reality obviously gives us as surgeons much more confidence intraoperatively to implement the plan that we developed preoperatively. The possibility of sharing the 3D image with colleagues at national and international level and performing remote control surgery is of course a possibility that we are very excited about and are looking forward to in the future.”

“(…) I have been using the mediCAD software for many years and I have learned an incredible amount from it. Me personally, with every single planning. I have so many parts of the software that I like. (…) Once you can see the anatomy (…) and all the planning data in three dimensions with Mixed Reality, you simply don’t want to do without it anymore, because it gives us security, because it gives the patient security and because it will significantly improve quality in the short or long term.”

“(…) Digital planning has several advantages. The first is to have a truly reproducible, standardizable process that can be shared by several people. We are able to analyze the patient’s anatomy extremely precisely and adapt to this anatomy.

I am lucky in the operating room to have large screens available that allow us to display digital content and this is a real plus since I have my planning displayed in the operating room.

I cannot imagine prosthetic surgery without preoperative planning even for simple cases where we sometimes realize that they are not so simple after all. We have a rigorous, scientific, measured, quantified simulation that we can rely on postoperatively when we do studies. (…)

Orthopedic hip and knee surgeon at the Saint-Georges clinic – Nice, France

mediCAD® was developed with years of cooperation from orthopedic surgeons and healthcare provide to become a high-quality, user-friendly surgical planning software.

The continuous integration of their improvement suggestions into our planning software development process helps us to continually deliver improved surgical outcomes.

We are always looking for feedback on your experience.

With the help of automatic workflow calculations, patient data, pacs integration, and special algorithms, the time required for planning sessions for doctors can be reduced by up to 85%.

Time saves money – With ideal surgery and preoperative planning, workflows are improved, and the intended surgical plan is can be implemented.

Efficiently performed surgeries reduce costs, personnel expenses and operating room time. Streamlining proper medical device selection can also reduce storage and cost. We also aim to improve the real time communication between Vendors and Hospital concerning Supply Management.

Our products are 100% made in Germany and guarantee the highest level of quality.

Through AI assisted accuracy and individiual process optimization options we aim for the highest level of quality assurance, paird with the best User experience.

The large selection in endoprosthetics ensures that the user can find a suitable implant for almost every case ins seconds.

For patients with complex deformities, the software supports the ordering of an individual prosthesis or the combination of modular segments.

Three-dimensional surgery planning with our 3D Hip, Knee, Shoulder, Spine and Foot modules enables precise alignment measurements of implants and screws.

Accurate multiplanar visualization combined with advanced measurements and range-of-motion (non ligamentary) simulation facilitates the surgical plan and diagnosis.

A print of 3-dimensional models of all bone area contributes to a better visualization of a pathology. This is used in some cases for the simulation of a preoperative intervention, or helps in the selection of implants.

The 3D printing portal of mediCAD supports you in easy ordering of 3D – printed copies with an auto and manual segmentation mode and multiple fint tuning tools.

With mediCAD Web, you can access the application and your plan from anywhere via the browser.

Automatic, dynamic measurements, a reduced workflow and simple administration promote flexibility in OR planning and is the most streamlined approach to introduce new users like students to the tool.