MIAMI–(BUSINESS WIRE)–PolarisAR, a developer of superior mixed-reality surgical steering know-how, introduced the primary whole knee arthroplasty (TKA) utilizing its STELLAR Knee mixed-reality surgical steering system.
“STELLAR Knee represents a paradigm shift within the OR, as we goal to supply surgeons robot-like precision and real-time steering all through TKA procedures,” mentioned Paul Mikus, CEO of PolarisAR.
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The process was carried out at New York-Presbyterian/Columbia College Irving Medical Middle in New York.
STELLAR Knee is a mixed-reality surgical navigation platform that guides TKA procedures by displaying measured and computed knowledge overlaid instantly in a 3D atmosphere. The mixed-reality system acts as a spatial laptop, creating steady knowledge trade between the surgeon and the software program to assist improve surgical decision-making whereas simplifying working room workflow.
“STELLAR Knee represents a paradigm shift within the OR, as we goal to supply surgeons robot-like precision and real-time steering all through TKA procedures,” mentioned Paul Mikus, CEO of PolarisAR. “STELLAR Knee additionally fills an important hole in hospitals the place present robotic methods could already be in use. By seamlessly integrating into surgical workflows and delivering comparable precision in a combined actuality format, STELLAR Knee ensures that each affected person can now entry the very best commonplace of care.”
The U.S. Meals & Drug Administration (FDA) cleared the STELLAR Knee mixed-reality surgical steering system in November 2023 to be used in TKA procedures.
The STELLAR Knee system is designed to supply exact management over intraoperative variables in comparison with conventional devices, navigation methods, and first-generation augmented actuality. By meticulous measurement, planning and steering, it permits surgeons to optimize decrease limb alignment, mushy tissue steadiness, joint line upkeep and element positioning.
Over the subsequent coming a number of weeks, STELLAR Knee’s industrial launch will proceed at main establishments all through the U.S.
Conventional strategies for TKA have lengthy been related to varied challenges and limitations. Surgeons typically face difficulties in reaching exact alignment and steadiness of the decrease limb. Moreover, closed implant methods and preoperative imaging strategies could prohibit flexibility and customization, limiting the surgeon’s skill to tailor the process to particular person affected person wants. As well as, conventional robotic applied sciences, with their giant intraoperative footprint, can current boundaries to widespread adoption. In contrast, Stellar Knee is agnostic to implant and imageless, making it extra accessible to surgeons. The democratization of enabling applied sciences is a key goal for PolarisAR.
