Inverting standard joint arthroplasty steps allows initial femoral measurements, improving resurfacing accuracy and reducing overall surgical time.
Segmented mechanical equilibrium calculations predict final IMD positions in natural cavities, reducing computation time to under one minute for clinical use.
A patient-specific alignment guide uses 3D scan data to secure removable pins for precise femoral resection.
Correct simulated catheter trajectories to match arterial morphology, resolving imprecise subjective measurements during aneurysm surgeries.
Customized patient-specific surgical instruments use metallic coatings to define cutting slots for precise bone alignment.