1, simplify the sampling steps, improve the accuracy of the operation, take more than 20 sample sizes at a time, improve diagnostic accuracy. As the first self-designed minimally invasive prostate surgery robot in China, the sampling process reduces the wound area, effectively reduces the risk of postoperative inflammation, and shortens the postoperative recovery time.

2. The product is mainly aimed at the sampling demand of prostate tumor site, equipped with B- ultrasound probe and visual display screen. Before operation, the suspicious position of cancer cell tumor is determined and marked by nuclear magnetic resonance technology. During operation, the specific position of prostate is monitored in real time by B- ultrasound, and the insertion position of biopsy needle is adjusted. About 20 samples can be sampled in one operation, and the trauma is small, which greatly improves the determination of cancer cell position and the diagnosis of prostate cancer.

Project background: In recent years, the incidence of prostate cancer in my country has shown an obvious and continuous growth trend. Prostate cancer is becoming a malignant tumor of the urinary system that seriously affects the health of men in my country. This product is the first domestically developed and designed minimally invasive prostate surgery robot.

Innovative value: in the domestic market for the domestic independent design of the first equipment, the future docking of the global market also has its own advantages, can be used for all kinds of large hospitals of the urinary tract malignant tumor diagnosis, equipped with 5G technology, can achieve remote doctors to control the sampling and diagnosis of the machine.

User insight: traditional products for the sampling of prostate parts, many steps, complex operation, can not be accurate point-to-point alignment, doctors long operation time, patients long postoperative recovery time and many other problems. The number of gland samples of about 20 can be taken at a time, which improves the accuracy of diagnosis.