OrthoGrid Systems, Inc. Announces Launch of New OrthoGrid Trauma Software Application for Open Reduction and Internal Fixation (ORIF) procedures

OrthoGrid Systems, Inc., a global MedTech leader on a mission to digitally transform intraoperative musculoskeletal surgery, announces the launch of its new OrthoGrid Trauma Application. The new OrthoGrid Trauma is the latest application of OrthoGrid’s Surgical Digital Platform. OrthoGrid Trauma is a patented, distortion-correcting, disruptive and revolutionary surgery navigation software application that provides a unique digital intraoperative-alignment technology for Open Reduction and Internal Fixation (ORIF) procedures.

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OrthoGrid’s Universal Trauma application aims to provide surgeons and support staff performing ORIF procedures with an intraoperative navigation system. OrthoGrid Trauma supports both the Open Reduction phase of Trauma procedures which accounts for most of the operating time and radiation exposure, and the Internal Fixation phase of Trauma procedures, which includes temporary fixation (with use of k-wires, guide pins, screws), to hold reduction and final implantation.

With the release of the OrthoGrid Trauma application, surgeons now benefit from a unique suite of tools designed to support them in achieving their surgical goals. Fluoroscopic image distortion correction, image overlay (contra-lateral side or other), angles, and calibrated measurements tools are available to support the surgeon in Reduction assessments. As for Temporary and Final Fixation Execution, surgeons can now rely on our unique and revolutionary intelligence technology powering the Virtual Guide Wire tool for automatic detection, tracking, and projection as well as the Virtual 2D Depth Gauge. All these tools, plus image annotation features, support the surgeon with guidance in executing all trauma deformity correction and fracture applications: ankle, hip, distal femur, proximal tibia, wrist, shoulder, elbow, and long bone. 

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“Incorporating OrthoGrid Trauma in our surgical practices at UMC-UNLV has been unlike traditional navigation systems: it doesn’t require pins, it corrects the distortion in all our fluoroscopic shots and, all the tools available are used on all the cases we do, from the pelvis to elbow to ankle. The system is always in our OR. The AI-guidance behind the Virtual Guide Wire is revolutionary. The big difference with this newest tech platform is that it is only going to improve, and it is already used in all my cases” says Erik Kubiak, MD, professor, and vice-chair of the Department of Orthopedic Surgery at the UNLV School of Medicine.

“Other than the arrival of fluoroscopy in the mid-1960s, there has not been a navigation system able to guide trauma surgeons intra-operatively successfully. Until a year or so ago, there was no technology solution  available to tackle the navigation requirements that trauma surgery demands. Our computer science team is working diligently at innovating upon our OrthoGrid Technology Platform. We couldn’t be more pleased to continue to refine its performance, its use-cases and bring a new-to-the-world navigation in orthopedic trauma surgery!” says Edouard Saget, Co-Founder and Co-CEO of OrthoGrid Systems.  

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