Surgical robots and AI technology are reshaping the future of surgery, making complex procedures safer and more precise.
French medical device company Caranx Medical recently announced that its FDA-approved AI software, TAVIPILOT, will be showcased at the 37th Annual Transcatheter Cardiovascular Therapeutics Conference in San Francisco. This pioneering AI software for real-time guidance in Transcatheter Aortic Valve Implantation (TAVI) can track real-time anatomical and instrument landmarks, enabling more precise heart valve positioning.
Meanwhile, Stereotaxis Company has launched its Synchrony system in Europe and submitted it for FDA approval. This platform is designed to modernize interventional cath labs, integrating all lab visuals and controls into a single digital interface.
The New Era of Intelligent Healthcare
Artificial intelligence and robotic technologies are transforming modern surgery at an unprecedented pace. The global medical device industry is experiencing a technological revolution, with intelligence and precision becoming central themes of development.
Caranx Medical's TAVIPILOT software represents the cutting edge of this trend. As the world's first AI software for real-time intraoperative guidance in TAVI procedures, it is compatible with all cardiac imaging systems and TAVI heart valves on the market.
CEO Jorgen Hansen stated, "We look forward to demonstrating the potential of our real-time AI guidance tools in enhancing precision in TAVI procedures to optimize patient outcomes."
Similarly, Stereotaxis's Synchrony system integrates a 55-inch ultra-high-definition 4K display that unifies multiple system feeds into one seamless interface, marking a new phase in the digital transformation of cath labs.
Global Technological Advances
In the medical device field, companies worldwide are fiercely competing to introduce innovative solutions.
Stereotaxis has obtained CE Mark approval, allowing its Synchrony system to begin commercial rollout across European markets, while simultaneously submitting an application to the FDA, laying the groundwork for US market entry.
Significant progress is also being made in micro-surgical instruments. Microbot Medical announced that its LIBERTY Endovascular Robotic System has received FDA clearance—the first single-use, remotely operated platform cleared for peripheral vascular use.
The integration of AI and robotic technologies is reshaping the future of operating rooms. Intuitive Surgical continues to advance its innovation roadmap, introducing new software features for the da Vinci 5 platform, including real-time visualization and enhanced force feedback for surgeons.
Critical Support of Precision Manufacturing
Breakthroughs in cutting-edge medical devices rely heavily on precision manufacturing technologies.
Shenzhen Yujiaxin Tech. Co., Ltd. specializes in the development and production of precision hardware accessories and various high-precision complex mechanical parts, possessing multiple independent intellectual property patents.
The medical equipment accessories, surgical instrument accessories, and other precision metal components produced by Yujiaxin Company are widely used in intelligent robots, medical devices, and other fields. The company provides professional custom processing services based on drawings and can manufacture corresponding surgical grasping forceps, surgical forceps heads, medical device accessories according to customer requirements.
In today's competitive environment, Yujiaxin Company continuously introduces new technologies, methods, and concepts to improve products to meet various demands. The company's complex structural hardware components, precision metal parts, ultrasonic scalpel heads, minimally invasive surgical forceps heads, surgical robot toothed forceps, micro surgical forceps heads are all manufactured according to the highest quality standards.

Innovation in the medical device industry heavily depends on the support of precision parts manufacturing. Shenzhen Yujiaxin Tech. Co., Ltd. specializes in custom processing services based on drawings for medical equipment accessories, surgical instrument accessories, providing high-quality precision metal components solutions for the industry.