[Introduction] Hand-foot microsurgery is a highly accurate form of reconstruction surgery, which aims to connect ultra-fine blood vessels and lymph vessels to restore healthy functions. Because the blood vessels or lymph nodes of the anastomosis are small and technically demanding, it takes longer to practice to master. In the vascular anastomosis competition held in Ningbo a few days ago, 4K 3D ultra-high-definition robotic surgical microscopes showed their talents!

Recently, the 3rd Annual Meeting of Microsurgeons of the Chinese Medical Doctor Association hosted by Ningbo Sixth Hospital was held in Ningbo.
During the conference, a National Super Anastomosis Contest was held, and more than 140 microsurgeons from all over the country competed in the same field.
In the final, the newly introduced German Zeiss KINEVO 900 robot 4K 3D ultra-high-definition surgical microscope from Ningbo Sixth Hospital was unveiled to help! With the aid of a 4K ultra-high-definition surgical microscope, the doctors performed a super anastomosis of 0.2mm blood vessels. At the same time, the judges obtained 3D holographic images through glasses to accurately view the progress of the ultra-high-definition competition.

Through the introduction of experts and manufacturers, the reporter learned that the KINEVO 900 robotic intelligent surgical microscope, as the world's first fully built-in 4K 3D ultra-high-definition microsurgery microscope, has played an extremely important role in microsurgery. This microscope is the world's first robotic microscope equipped with harmonic damping technology, positioning and focusing technology, and position memory. It can move quickly and efficiently during surgery without losing focus.

Its revolutionary 4K 3D technology provides clinicians with better surgical vision and new surgical methods.

In less than two years since its launch, it has exceeded 1,000 units worldwide and has more than 60 users in China. With the help of this "sharp tool", the surgeon no longer needs to keep an eye on the microscope lens. Not only can the surgeon's labor intensity and the resulting physical injury be minimized, but the accuracy and safety of the operation have been greatly improved. To improve.