Sconormedical Medical Technology Spine UBE Surgical Instruments: Revolutionary Breakthrough in Spine Surgery

Sconormedical Medical Technology Spine UBE Surgical Instruments: Revolutionary Breakthrough in Spine Surgery 

Minimally Invasive Surgical Instruments Manufacturers, Suppliers

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Recently, Sconormedical Medical Technology has achieved a major breakthrough in the field of spinal surgery with its innovative spinal UBE (single-sided dual-channel endoscope) surgical tool, which has garnered widespread attention in the spinal surgery community for its outstanding features and cutting-edge technology, bringing about a groundbreaking change to traditional spinal surgery. 

During a challenging dual-stage spinal surgery, Sconormedical's spinal UBE surgical tools demonstrated unparalleled advantages. The set of tools is equipped with advanced 30-degree endoscopes, with a unique perspective design that effectively expands the surgical field of view. In the complex anatomical structures of the spine, it can clearly present the details of key areas, greatly reducing the existence of visual blind spots and providing a solid foundation for the surgeon to make precise judgments about the pathological conditions. Combined with specially designed elongated sheaths, its length and flexibility have been carefully optimized, not only can it reach the deep pathological areas of the spine, but also can flexibly adjust the angle and position during operation, further ensuring the convenience and precision of the surgical operation. 

It is particularly worth mentioning that the surgical tool is closely integrated with a precise 2D navigation system, achieving a fully visible and full-chain navigation effect. During the surgical procedure, doctors can obtain real-time relative position information between the surgical instrument and the patient's spinal structure through the navigation system, with an accuracy of millimeters, effectively giving doctors a pair of "x-ray eyes" to precisely locate the pathological tissue in the complex spinal environment and effectively avoid important structures such as nerves and blood vessels. This significantly reduces the operative risk and greatly improves the precis