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Recently, Spineart, a spinal surgery company, announced its Spineart PERLA®TL Application (PERLA)®App) has received U.S. FDA 510(k) clearance and can be used with eCential Robotics' new eCential Robotics Op.n™ robotic navigation platform.Newly Approved PERLA®The App further integrates Spineart'sPERLA®TL Open and Minimally Invasive Screw Systems with eCential Op.n™ Platform, providing a dedicated interface for Spineart navigation and specialized Spineart navigation instruments, aimed at improving surgical precision and procedural efficiency.In addition,By expanding the range of 3D C-arms compatible with the systemSpineart and eCential emphasize their ability to optimize the existing resources of medical institutions through modular solutions while providing cutting-edge solutions.Spineart CEO Jerome Trividic said, "We are delighted to announce our first PERLA®The App has received 510(k) clearance for application on the eCential Op.n™ platform. Our collaboration with eCential Robotics in surgery and robotic navigation will enhance precision and workflow efficiency in the operating room, while utilizing our implants and instruments for spinal surgeries.
# Platform Introduction
eCential Robotics' Op.nTM Robotic Navigation Platform is an innovative surgical solution focused on orthopedic surgeries, particularly spinal procedures. The platform integrates 2D/3D imaging, navigation, and robotics, providing a unified system that streamlines surgical workflows and enhances precision.
The design of the Op.nTM platform is open, allowing third-party developers to create applications, thereby expanding its functionality and scope of application. The company has established partnerships with several orthopedic manufacturers and French startups.Multi-function Integration:Integration of imaging (such as X-ray, CT, etc.), surgical navigation (assisting doctors in precisely locating surgical sites), and robotic-assisted functions (such as robotic arm operation) into a unified user interface. This design simplifies the surgical operation process, reduces the time and effort for doctors to switch between different devices, and enhances the efficiency and safety of surgeries.Adopt modern interactive methods:Use a touch screen instead of traditional keyboard and mouse operations. The anti-glare screen can reduce the interference of bright light in the operating room on the display effect, while the touch operation is more intuitive and convenient. Especially in a surgical environment, doctors can quickly adjust settings without taking their hands off the surgical area. Doctors can control the movement of the C-arm and the taking of X-rays with simple touch operations.
User-Friendly Design:Not only does it support surgical operations, but it also provides convenient functions for managing patient data. For example, doctors can easily view patient records, export surgery-related data, sort files, and even generate radiation dose reports (used to record the X-ray dose received by patients).
Efficient and Safe:Imaging and navigation workflow setup time is less than 10 minutes,The system, through optimized design, is able to quickly complete the preparations for imaging and navigation, thereby reducing pre-surgery waiting time and improving operating room efficiency. It keeps radiation doses within reasonably achievable limits.Low level. Under the premise of ensuring diagnostic and therapeutic effects, minimize the radiation dose to which patients and medical staff are exposed as much as possible.The eCential Robotics platform provides a unified solution by integrating intraoperative 2D/3D imaging, navigation, and robotics. At the core of this design is the elimination of the common separation between imaging and navigation systems in traditional surgeries, avoiding issues such as unreliable registration processes.eCential Robotics is a France-based surgical robotics company dedicated to the development and sale of integrated 2D/3D imaging, real-time navigation, and robotic surgery systems. Founded by Stéphane Lavallée in 2009, the company holds over 100 patents and 7 trademarks, and has successfully completed more than 2,500 surgeries worldwide.Its core product is the eCential Robotics platform, an open, unified, and scalable surgical solution for orthopedic surgeries, particularly spinal procedures. The platform streamlines surgical workflows by integrating intraoperative imaging, navigation, and robotics, enhancing the safety and precision of surgeries while supporting various surgical approaches, from traditional open surgery to minimally invasive and percutaneous techniques. Its open design is compatible with screws and implants from all manufacturers, offering greater flexibility to surgeons.
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