CV-2000VIO High-Frequency Surgical Unit

Electro-surgical unit delivering 0-350 watts for precision cutting and coagulation in surgical procedures. Supports bipolar and monopolar modes for applications including plastic, neuro, ophthalmic, and urological surgery. Features ultra-bipolar technology and compatible with standard electro-surgical accessories.

Electro-surgical unit delivering 0-350W output for precision cutting and coagulation in surgical procedures. Supports bipolar and monopolar modes for applications including plastic, micro, urological, neuro, and ophthalmic surgery. Features ultra-bipolar technology with integrated accessories for enhanced surgical control and safety.

A 70W intelligent output high frequency surgical unit with low-temperature plasma ablation capability. Designed for precise neurosurgical, ENT, and general surgical procedures with integrated installation, fanless design, and portable form factor. Operates at stable performance with foot control system and requires no maintenance.

A portable cutting-edge device delivering 80 watts of coagulation power with an advanced bipolar electrosurgical system featuring adjustable settings starting from 0.1 watts. Engineered for microsurgery, neurosurgery, cardiac surgery, laparoscopic procedures, and plastic and aesthetic operations.

The System 2450 has the function to cut skin incisions, skin cautery, and blood vessels through active electrodes during surgery using high frequency current. - Specification 1. Offering both Pure Cut for scalpel-like cuts and Blend for hemostasis while cutting 2. Precise bipolar dissection provides efficient dissection with minimal lateral thermal tissue damage. 3. Automatic programming restores the System 2450 to the last settings used 4. One handswitch/footswitch combination jack and a separate handswitch jack allows for connection of multiple accessories

A high frequency electrosurgical unit with multiple working modes to meet various surgical techniques. It features a maximum output power of 300W with automatic compensation system (P.A.C) that intelligently controls different tissue types and obtains different cutting and coagulation effects. The device includes dual-channel independent output with independent adjustment, single-channel isolated output with automatic cutting and coagulation conversion, and one-way cutting independent adjustment. It provides integrated high-performance electrical equipment to meet the needs of most clinical applications including surgery, gynecology, and microsurgery and aesthetic surgery.

An electrosurgical device using high-frequency electrical current for cutting and coagulation during surgical procedures.

High-frequency electrosurgery unit for cutting and coagulation during surgical procedures. Provides precise tissue dissection and hemostasis in operating room applications.

A precision control system for surgical applications that uses radio frequency technology with high-frequency electrical energy to incise, cut, and coagulate human tissue. It features powerful output and delicate maneuverability optimized for diverse surgical environments to ensure accuracy for surgical outcomes.

A high-frequency electrosurgical device designed for surgical cutting and coagulation applications. This equipment provides reliable electrosurgical functionality for general surgical procedures.

A surgical device with 70W intelligent power output featuring low-temperature plasma ablation functionality. It generates and controls low-temperature ablation energy with a foot control system, integrated installation, fanless design, compact form factor for easy mobility, and requires no maintenance. The device is specifically designed for fine surgical procedures in otolaryngology, neurosurgery, and neurology, offering stable performance and safe operation through low-temperature plasma ablation technology that minimizes tissue damage, reduces patient pain, and shortens recovery time.

An electrosurgical unit operating at dual frequencies of 4.0/1.7 MHz to deliver efficient cutting while minimizing carbonization and tissue damage. Engineered for surgical accuracy to help safeguard delicate structures during radiofrequency procedures. Features a wide 7-inch display that enhances visibility and supports real-time monitoring during surgery.