Curated for Orthogate.org Members

CLINICAL OVERVIEW

Kinomatic announced the commercial launch of its next-generation unified platform integrating artificial intelligence (AI) and virtual reality (VR) to streamline preoperative planning across orthopaedic reconstructive procedures. Designed by orthopaedic surgeons and bioengineers, the platform processes high-resolution DICOM computed tomography (CT) and magnetic resonance imaging (MRI) datasets into true-to-scale, three-dimensional anatomical reconstructions.

Through an intuitive browser-based and immersive VR interface, surgeons can interactively evaluate patient-specific bony deformities, simulate dynamic joint kinematics, trial virtual implant sizes, and optimize component orientation (such as acetabular cup anteversion and femoral stem offset) prior to entering the operating room. The software algorithmically identifies anatomical landmarks and calculates pelvic tilt adjustments to mitigate post-surgical impingement and instability.

REGULATORY & EVIDENCE PATHWAY

• Regulatory Basis: FDA 510(k) cleared digital health software for orthopaedic preoperative templating and diagnostic image processing.
• Supporting Evidence: Clinical validation studies demonstrate that VR-assisted preoperative templating significantly improves component sizing accuracy (>92% exact size prediction) compared to conventional 2D digital radiographs, while eliminating intraoperative sizing guesswork.
• Key Data Points: Mean deviation between planned versus achieved component alignment remained within ±2° across clinical cohort series, substantially lowering outlier rates in acetabular inclination and femoral component rotation.

SURGICAL WORKFLOW IMPACT

By shifting complex anatomical problem-solving to the preoperative phase, the Kinomatic platform reduces intraoperative decision fatigue and shortens tourniquet and operative times. Eliminating unneeded physical implant trial sizes allows hospital sterile processing departments to streamline tray configurations, directly decreasing sterile processing overhead and hospital inventory holding costs.

COMPETITIVE LANDSCAPE

Kinomatic enters a rapidly expanding digital surgical planning sector alongside robotic-assisted ecosystems including Stryker Mako, Zimmer Biomet ROSA, and independent templating systems like Materialise OrthoView and PeekMed. Unlike closed robotic platforms that mandate vendor-locked implants, Kinomatic maintains an open-architecture approach compatible with multiple major arthroplasty implant manufacturers.

CLINICAL SIGNIFICANCE FOR ORTHOGATE MEMBERS

For arthroplasty attendings and fellows managing complex dysplastic hips or severe post-traumatic knee deformities, Kinomatic delivers high-fidelity visual comprehension of three-dimensional anatomy. Simulating dynamic range of motion in virtual reality before draping the patient provides an invaluable check against prosthetic impingement, helping protect against early mechanical revision.

Sources:

• Kinomatic Launches Unified AI Platform — OrthoSpineNews
• Kinomatic Official Medical Portal