Medical Ultrasonic Bone Scalpel

The Medical Ultrasonic Bone Scalpel is a precise device designed for clinical surgeries such as orthopedics, neurosurgery, and plastic surgery. Adhering to a simple and rational design, its flat, smooth appearance and restrained styling allow it to blend into the modern professional operating rooms. It is a efficient and stable surgical assistance for surgeons. The body of the device features a flat, easy-to-clean casing combined with lateral splash-resistant micro-perforated cooling structures. This ensures heat dissipation performance while meeting the requirements of sterile management and rapid terminal disinfection in operating rooms.

It utilizes high-frequency ultrasonic micro-vibration technology to achieve selective cutting of hard tissues. While effectively cutting bone tissue, it reduces the risk of damage to surrounding soft tissues, blood vessels, and nerves. The system integrates an active water-cooling channel to continuously irrigate the surgical area with precisely controlled saline. This effectively controls local temperature, reduces thermal damage to bone cells, and simultaneously rinses the lens, as to help doctors maintain a clear field of view.

Addressing the issue of limited operating room space, the top of the device features a shallow groove design to temporarily hold saline bags, fluid bags, and commonly used materials. This prevents them from slipping off due to vibration or collisions, improves space utilization, and keeps the surgical area organized. The device is equipped with a large display screen, making it convenient for medical staff to view and adjust parameters while standing, thereby optimizing intraoperative operational efficiency.

To enhance clinical safety, the product innovatively incorporates a ring-shaped breathing light design at the aviation connector interface. Once the handpiece and related tubing are correctly connected, the breathing light automatically illuminates to intuitively feed back the connection status of the device. This helps medical staff quickly complete preoperative confirmation and reduces potential risks caused by incomplete connections.