PeekMed sets new expectations for the orthopedic technology market with the launch of a web-based automated planning solution. With this 510(k) clearance, from the U.S. Food and Drug Administration (FDA), this new advanced AI solution represents a new era for orthopedic technology, and for the whole value chain in orthopedic surgery.
Powered by artificial intelligence and deep learning technologies, the new PeekMed solution, now web-based, makes everything faster and simpler for orthopedic surgeons. This new product supports live automatic segmentation of CT scans and X-Rays, automatic landmarks detection, and automatic planning. Through high-performing technologies, an accurate plan is presented to the surgeon, live, in under 30 seconds. All planning steps are automatic, and the surgeon only has to approve them (or perform changes if needed).
The creation of this new technology resulted from the need to solve the challenges of orthopedic surgeons and other players whom PeekMed works with: to increase efficiency and reduce time-consuming tasks from the surgery planning process.
With experience in the development of technological solutions for orthopedics, PeekMed® is already a trusted partner of more than 3500 orthopedic surgeons worldwide.
Despite these automatic processes, there are no new severe risks since the generated 3D models, landmarks, and the planning are always reviewed and validated by the surgeons and when needed, they can be manually adjusted. Their goal is to make the surgeon's life easier, reduce the probability of error and save time and money.
PeekMed web is capable of performing a total overview of the surgery by representing medical images in a 2D or 3D environment, performing relevant measurements on those images, and adding templates. All PeekMed previous features have been maintained but with a new, faster, and more intuitive interface, that easily connects with other orthopedic solutions in the most used anatomical regions of the musculoskeletal system (Knee, Hip, and Upper Limb) of adults.