Computer-Assisted Navigation in Surgery
Computer-assisted navigation in surgery enhances precision and accuracy using computer-based systems. These systems utilize 3D patient images to monitor surgical instrument position and orientation in real time, facilitated by continuous camera acquisition.
How It Works
A navigation unit incorporates a camera detecting the position and orientation of marked surgical instruments, aligning them with preoperative planning data. A computer then calculates the instrument’s real-time location relative to the planned path, providing feedback to the surgeon during the procedure.
Applications in Various Medical Fields
Benefits of Navigated Surgery
Computer-assisted navigation systems offer several benefits, including:
Advancements in Surgical Technology
Continued advancements in navigation technology improve surgical outcomes across medical specialties. These innovations empower surgeons with enhanced visualization and navigational tools, supporting complex procedures with greater safety and accuracy.
Conclusion
Computer-assisted navigation in surgery represents a significant advancement in medical technology, revolutionizing procedures across orthopedics, neurosurgery, otolaryngology, urology, and gastroenterology. By integrating real-time data and precise instrument tracking, these systems elevate surgical precision, safety, and patient outcomes, defining the future of modern surgical practice.
The FISSO surgery holding systems have been developed in close collaboration with surgeons. The purely mechanical central clamping unit enables easy and fast alignment of endoscopes and instruments. Safe positioning is guaranteed throughout the operation. Innovative quick release system enables fast and safe exchange of surgical head components. The products are steam sterilizable up to 134 ºCelsius.
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