VISIE marked the successful execution of all total knee arthroplasty bone resections on cadaveric tissue, without the use of pins, clamps, arrays or manual registration.
Unlike traditional navigation for robotic systems, VISIE’s proprietary scanning platform is completely non-invasive. It sees what a surgeon sees without bone-pinned trackers, clamps or time-consuming registration steps that disrupt a surgeon’s workflow and increase the risk of fractures, infection and post-op pain.
This latest breakthrough marks the first demonstration of complete knee bone cuts powered solely by VISIE’s platform – an upgrade that integrates seamlessly with existing surgical navigation and robotic systems.
“VISIE doesn’t just improve surgical navigation, it rewrites the rules,” said Dr. Brian Blackwood, Orthopedic Surgeon and Clinical Advisor. “This spatial platform delivers the precision that we surgeons need, without pins, clamps, arrays, or compromise. It frees surgical navigation and robotics from the physical hardware we’ve long accepted as necessary and ushers in a new era of anatomic intelligence in the OR.”
With this milestone complete, VISIE is extending its pinless tracking technology to additional procedures. Early feasibility work is underway in spine and cranial surgery.
VISIE marked the successful execution of all total knee arthroplasty bone resections on cadaveric tissue, without the use of pins, clamps, arrays or manual registration.
Unlike traditional navigation for robotic systems, VISIE’s proprietary scanning platform is completely non-invasive. It sees what a surgeon sees without bone-pinned trackers,...
VISIE marked the successful execution of all total knee arthroplasty bone resections on cadaveric tissue, without the use of pins, clamps, arrays or manual registration.
Unlike traditional navigation for robotic systems, VISIE’s proprietary scanning platform is completely non-invasive. It sees what a surgeon sees without bone-pinned trackers, clamps or time-consuming registration steps that disrupt a surgeon’s workflow and increase the risk of fractures, infection and post-op pain.
This latest breakthrough marks the first demonstration of complete knee bone cuts powered solely by VISIE’s platform – an upgrade that integrates seamlessly with existing surgical navigation and robotic systems.
“VISIE doesn’t just improve surgical navigation, it rewrites the rules,” said Dr. Brian Blackwood, Orthopedic Surgeon and Clinical Advisor. “This spatial platform delivers the precision that we surgeons need, without pins, clamps, arrays, or compromise. It frees surgical navigation and robotics from the physical hardware we’ve long accepted as necessary and ushers in a new era of anatomic intelligence in the OR.”
With this milestone complete, VISIE is extending its pinless tracking technology to additional procedures. Early feasibility work is underway in spine and cranial surgery.
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