ROBOTICS

The ExcelsiusGPS® Robotic Navigation platform is a robotic surgical aid for navigating and facilitating surgical access, implant sizing, positioning and placement. It develops surgical robotic guidance technologies integrated to digital 3D imaging for the spine. Its technology enables surgeons to perform minimally invasive and percutaneous surgical procedures. The ExcelsiusGPS® Robotic Navigation  positioning system is being designed […]

The story of Mazor Robotics begins at the Robotic Laboratory of the Faculty of Mechanical Engineering at the Technion, Israel Institute of Technology. The company was officially founded in 2001 by Professor Moshe Shoham and Mr. Eli Zehavi, but the work began years earlier with Professor Shoham, head of the Robotics Laboratory at Technion, conducting research […]

Cirq®, a universal platform for robotic tasks, serving a range of neurosurgical indications. Compact Cirq spinal module simplifies spinal fusion procedures by allowing the surgeon to focus first on alignment. Once Cirq is locked firmly in place, surgeons are free to focus on subsequent surgical steps with both hands. The seamless workflow with navigation-ready instruments […]

ALAYA assists the surgeons in a variety of spine surgeries and procedures.The innovative robotic navigation technology, provides precision and simplicity during surgeries.Cyber Surgery, a healthcare technology startup specialising in medical robotics, has successfully completed a clinical trial on patients with its surgical robot for spinal operations. It is the first Spanish robot to reach this […]

CUVIS-spine is developed by the technology of CUREXO a medical robot specialized company.CUVIS-spine is based on a highly accurate Robot-Arm, One-step surgical tool, real-time tracking sensor, providing practitioners the state of the art device that is fast, simple and precise. CUVIS-spine VIDEO ANIMATION CUVIS is a compound word of CURE and the Latin word VIS.Showing the will of CUREXO to strongly move forward and […]

SpineGuard has signed a partnership with ISIR (Institute of Intelligent Systems and Robotics), a laboratory affiliated with Sorbonne University, CNRS (French National Centre for Scientific Research), and INSERM (French National Institute of Health and Medical Research), all specialized in surgical robotics. The goal is to scientifically demonstrate that a robot, combined with DSG technology, can […]

eCential Robotics’ platform: As the only available solution that is fully unified, the eCential Robotics platform unifies in its core design intraoperative 2D/3D imaging, navigation and robotics. The eCential Robotics platform is also an open solution, meaning that it can be used with any manufacturer’s implants, and cater to different surgeons’ preferences. Built around a […]

The Dynamis Robotic Surgical System is a navigation-based, multi-arm robotic platform developed to enhance precision and control in spine surgeries. Recently cleared by the FDA, this system integrates real-time imaging, dynamic surgical guidance, and broad instrumentation compatibility in a single, compact unit. Designed with three robotic arms—two for guidance and one for optical navigation—the system […]

The Kinguide Robotic-Assisted Surgical System is a robotic solution that helps surgeons to plan and perform spinal surgeries. The system has features such as 3D image reconstruction and intraoperative planning; consist of a unique surgical robot enabling real-time surgical tool positioning where the robot’s universal end-effector also allows the user to attach different surgical instruments. […]

Meyer Spinal Surgery Robot is primarily used for precise navigation and positioning of instruments and implants during spinal surgery, promoting the direction of surgery towards minimally invasive and precision-based approaches. Product Specificities More Specificities About Meyer Meyer is a leading supplier of Dental CBCT & High-End Medical equipment in China with 30 years history. The […]

The Mako Spine system by Stryker is an advanced robotic-arm-assisted technology designed to enhance precision and control in spinal surgeries. Building upon the success of over 1.5 million Mako hip and knee procedures worldwide, Mako Spine integrates seamlessly with operating room technologies to streamline imaging, planning, and execution. Key Features: Currently in a limited market […]

Pyxis combines the precision of navigation with the stability of a robotic arm to support surgeons during spinal stabilization surgery.Surgeons can manage the entire procedure with Pyxis, from preoperative planning to implant insertion, leveraging the robot’s accurate positioning along the defined trajectories and real-time visualization of devices and instruments. Benefits Four Stages, One Platform About […]

ORTHBOT is an advanced robotic system designed to enhance safety, precision, and intelligence in spine surgery. It combines real-time visual and tactile feedback with continuous monitoring of the procedure to ensure maximum safety. Its robotic arm enables precise, automated execution, reducing the risk of manual errors. Supported by AI, ORTHBOT assists in both surgical planning […]

The PL300B surgical robotic system by Perlove Medical offers a comprehensive, high-precision solution for spinal procedures, combining safety, efficiency, and advanced technology. It features a submillimeter-accurate infrared optical tracking system, a 34-inch high-definition monitor for real-time image feedback, and an intelligent intraoperative planning system to simulate and guide implant trajectories. Its integrated robotic arm with […]

The REMI (Robotic-Enabled Minimally Invasive) System is an intra-operative platform developed by spine experts with deep navigation and robotics know-how that integrates navigation and robotics into spine procedures utilizing either a 3D imaging scan or 2D fluoroscopic images of the patient. REMI’s small, table-mounted navigation system guides instrumentation and implants to a precise destination during […]

The ROSA® robot is fully involved in establishing minimally invasive surgical techniques and improves the whole experience of surgery. It is a source of extra benefits for the patient, the surgeon and the health facility. ROSA® robot VIDEO ANIMATION Advantages of the device Combined with an intra-operative imaging system, ROSA® positions the instruments according to the pre-defined planning. […]

TiRobot II is the latest orthopedic robotic system launched by TINAVI, aiming to create an operation center, which is more efficient, ease of use, precise and intelligent.TiRobot II optimizes the process of robot-assisted surgery and makes surgeons work more efficiently. Besides, the multi-functional robotic arm can be applied into complex surgeries of different kinds and […]

TiRobot® Orthopaedic Robotic System can help surgeons precisely position surgical instruments or implants during orthopedic surgeries for spine and trauma with its robotic arm. The system is compatible to 2D and 3D modes.  With the aid of an orthopedic guide and the unique intelligent algorithm for calculating screw trajectory, the robotic arm can precisely move […]

The VELYS™ SPINE system from DePuy Synthes marks a major step forward in robotic and navigation technology, offering surgeons greater flexibility and control during spine procedures. Unlike other systems that function solely as navigation tools or robotic platforms, VELYS™ combines both into a dual-use system, allowing surgeons to choose the best approach based on the […]