Surgical Robotics Technology

SeaSpine Announces Completion of First Cases of 7D Surgical Percutaneous Spine Module for MIS

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SeaSpine has announced the successful completion of the first cases in both the United States and Australia for the 7D Percutaneous Spine Module. The release of the Percutaneous Module represents a new application and increased functionality for its 7D Flash™ Navigation System that allows SeaSpine to address the minimally invasive spine surgery market, which SeaSpine estimates at approximately $4 billion worldwide.

“The addition of the 7D Percutaneous Module now allows me to effectively navigate MIS procedures with a high level of accuracy and efficiency on 7D’s intuitive user interface, whilst significantly reducing intraoperative radiation exposure to the surgical team when compared to standard fluoroscopy targeting,” said Dr. Michael Selby, orthopedic surgeon at Adelaide Brain & Spine in Melbourne, Australia, who was the first surgeon in the world to use the Percutaneous Module in a clinical setting. “As a spine surgeon who treats an extensive range of complex degenerative and deformity pathologies, the addition of the Perc Module to the 7D FLASH Navigation System enables me to truly optimize my spine navigation workflow, specific to the approach that is most suitable for the procedure that I am performing.”

The 7D FLASH Navigation System uses visible light to create a three-dimensional image for surgical navigation in just seconds, which is expected to result in shorter and more efficient spinal procedures. It is the only marketed image-guidance system that utilizes novel and proprietary camera-based technology, coupled with machine-vision algorithms, to eliminate the long-standing frustrations with legacy surgical navigation platforms. The speed, accuracy, and efficiency of machine-vision technology is intended to provide significant economic value and harnesses the true potential of image-guided navigation in surgical procedures.

“We are extremely excited to have our first clinical cases completed with the Percutaneous Module,” said Beau Standish, President of Enabling Technologies at SeaSpine. “This new application will help address a very important part of the spine navigation market and will be a valuable enhancement for both hospitals and ambulatory surgery centers.”

Souce: SeaSpine.

Surgical Robotics Technology

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