The Ultimate Market Differentiator
Say goodbye to costly, time-consuming, labor-intensive traditional CT based planning. Our AI creates a precise 3D model from standard plain-film X-rays in less than a minute, and will enable the next generation of automated, reproducible planning for joint replacement surgeries.
Eliminate CT and its cost
XPlan uses standard X-rays to create a 3D model and enable the planning. No more costly CT, no non-reimbursement issues, and no added costs for hospitals or patients.
Support pre-op implant sizing and planning
XPlan is the perfect new modality for pre-op planning. Just like a CT it enables all the needed measurements and sizing, supporting implant selection and cutting plan.
Dramatically reduce turnaround time
XPlan elimitnates the long turnaround time needed to schedule the CT, perform and read the scan, and send it back to the referring Orthopedist. Our AI generates the 3D model directly from the X-rays, eliminating the need for time-consuming manual 3D segmentation.
Personalized, 3D knee model
XPlan uses advanced AI to quickly create a patient specific 3D model for surgical planning.
Original CT
Ground truth
Reconstructed 3D Image
AI-Powered Technology with sub-mm accuracy
XPlan's technology provides robust, industry-leading accuracy, making it a perfect fit for preoperative planning and robotic arthroplasty.
Powered by a strong portfolio of unique, patent-pending technologies, from 2D to 3D reconstruction to image calibration to automated, AI-based implant fitting.
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Clinical Evidence
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Sub-mm accuracy on clinical patient cases (Rmse)
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Same level of accuracy measured on robotic registration points
Brings value to all stakeholders
Hospitals
Eliminates out of pocket CT costs that are not reimbursed
Healthcare Providers
Eliminates the economic and operational burden of CT scans
Insurance Companies
Lowers the cost of TKA imaging, improving outcome satisfaction
Implants Vendors
Eliminates CT cost
Shorter turnaround time
Increases RATKA volumes
Individual Patients
No CT co-payment
Enables pre-op planning and improved outcome