- In March 2023, Stryker introduced the innovative CD NXT System, a patented technology designed to enhance the precision of power tools for surgery. This system enables surgeons to perform procedures with increased speed, accuracy, and consistency by offering digital depth measurement, ensuring optimal outcomes across various surgical operations with its advanced capabilities
- In November 2021, Johnson & Johnson Medtech launched the UNIUM System, a groundbreaking addition to its power tools portfolio. The UNIUM System is designed to improve surgical efficiency and reliability, particularly in trauma settings, supporting small bone, spine, and thorax procedures. This system strengthens the company's position in the evolving surgical tools market
- In October 2021, Medtronic unveiled the Mazor X System for robotic-guided spine surgery, marking a significant advancement in spine surgery technology. This comprehensive platform facilitates surgical planning, workflow, execution, and verification, making it the first robotic-assisted spine surgery platform available in Canada, enhancing precision and reducing surgical time for complex spinal procedures
- In January 2021, Medtronic received FDA clearance for its Midas Rex high-speed drills, a navigated interbody and disc preparation platform. Integrated with the Mazor robotic guidance system, these drills enhance the precision of spine surgeries, offering surgeons improved navigation and efficiency, which results in enhanced surgical outcomes and increased safety for patients
- In June 2021, Jiomax, a leading German company in full-endoscopic and minimally invasive spinal surgery technologies, launched the next-generation Shrill, the Shaver Drill System. This innovative system aims to revolutionize spinal surgery by providing surgeons with more advanced tools, promoting precision, efficiency, and improved patient recovery in minimally invasive spine procedures globally
- In July 2020, Smith+Nephew unveiled the CORI Surgical System, a cutting-edge handheld robotics platform designed to optimize knee arthroplasty and total knee arthroplasty procedures. Paired with Real Intelligence technology solutions, it enhances surgical precision, improving patient outcomes through personalized surgery. This system represents a major advancement in robotics for joint replacement procedures
