With a focus on high-volume surgical procedures such as hip and knee arthroplasty, Arthrolense is enabling physicians to take control and harness real-time data to make treatment decisions based on patented augmented reality hologram technology.
Arthrolense leverages the computational power of modern software gaming engines to collect and analyze image data derived from two three-dimensional spatial mapping cameras, which maintain an accuracy threshold of under 1 millimeter. The resulting image data is processed and displayed via a heads-up Microsoft Hololens display, bringing unparalleled insight and real-time coordinates to aid in bone preparation.
The foundational innovation of Arthrolense is the overlayment of hologram imagery with reference points that enable the physician to preview the placement and fitment of cutting jigs, trials, and implants onto the bone before any cuts are made.
Through the two three-dimensional spatial mapping cameras, incredible new views of the surgical site can be obtained through voice commands or hand gestures. See the knee from any angle at any time to evaluate mechanical axis, predicted resections, or rotation.
In the ASC, physicians demand speed and logistical simplicity. Arthrolense solves intractable logistical problems by minimizing the tremendous burden of orthopedic instrumentation and eliminating expensive and time-consuming preoperative scans. Arthrolense has no sterilizable components and requires just seconds of setup time.