Uterine Fibroid Drill

The hysteroscopic myoma resection system, commonly referred to as the "myoma drill" in the industry, is a high-precision powered surgical instrument specifically designed for minimally invasive gynecological procedures. It primarily accesses the uterine cavity through the hysteroscopic channel, enabling precise, efficient cutting, fragmentation, and removal of submucosal uterine fibroids or retained pregnancy tissues under direct visualization. Its design philosophy focuses on complete lesion removal with minimal trauma while preserving the normal structure and function of the uterus, representing a core technological advancement in modern hysteroscopic surgery.

Core Features and Values

· Minimally Invasive with Uterine Preservation: Natural orifice surgery without abdominal incisions, maximizing uterine integrity and fertility preservation.

· Revolutionary Surgical Efficiency: Integrates cutting, fragmentation, and suction functions, eliminating the inefficiency of traditional resectoscopes requiring repeated insertion and withdrawal, significantly reducing operative time.

· Precision Operation and Clear Visualization: Performed under direct hysteroscopic vision with precise localization; suction function maintains a clear fluid environment, greatly enhancing surgical safety.

· Reduced Surgical Risks: · Minimal thermal damage to the endometrium compared to traditional electrosurgery. · Efficient irrigation fluid management reduces the risk of TURP syndrome.

· Rapid Postoperative Recovery: Minimal trauma, reduced bleeding, shorter hospital stays, enabling patients to return to normal life and work more quickly.