Total Solution for Minimally Invasive Neurosurgery

• The integrated console is compatible with perforators, cutters, burs, drills, saws, and other surgical instruments used in neurosurgical procedures. It is designed for establishing surgical pathways, removing bone and soft tissue, and refining bone edges. The streamlined design aims to support procedural efficiency and precision in neurosurgery.

• Auto-stop perforators and cutters for craniotomy are designed with safety and reliability features.

• Quick-connect installation of accessories and tools is intended to enhance convenience and workflow efficiency in surgical settings.

• The microcomputer control platform supports precise, constant speed control to improve operational efficiency.

• A 7-inch LCD touchscreen provides real-time speed display, facilitating user interaction and adaptability during procedures.

• The image sensor technology supports differentiation between epidermis, mucosa, polyp tissue, and lesions, which may assist in diagnosis.

• The XS-CD color calibration feature is intended to provide accurate color representation and clarify tissue boundaries for improved visibility.

• The sinoscope provides a depth of field from 5 to 100 mm, expanding the surgical field and supporting clear visibility of distant anatomical details during procedures.

• The advanced RF Electrosurgical Unit operates at a dual-frequency of 4.0/1.7 MHz, ensuring high-efficiency cutting without causing carbonization or thermal injury to surrounding tissues.

• Its design emphasizes safety and precision, effectively protecting delicate tissues during procedures.

• It features a 7-inch screen that provides a wide viewing area for enhanced visibility.

• The water outlet design circulates water around the electrode tip to help prevent tissue damage.

• A large delivery channel is intended to improve suction efficiency and reduce the risk of pathway blockages.

• Automatic recognition of electrodes and footswitch supports plug-and-play functionality, allowing for automatic matching of electrode parameters during use.

• The ultrasonic tip is designed for efficiency in bone tissue removal, with a blade amplitude of up to 270 micrometers.

• The flat, blunt, and vertically cutting blade is intended to provide precise cuts and produce a smooth, even surface, which may support bone healing.

• A grid-like grinding surface at the tip enables effective grinding in confined spaces, contributing to surgical efficiency.