Energy-based Surgical Devices

Electrosurgical energy device system designed for precision cutting and coagulation in open surgical procedures. The curved blade design provides enhanced visualization in confined anatomical spaces such as the pelvis during gastrointestinal and urological oncologic surgeries.

Multi-function surgical energy platform providing cutting and coagulation capabilities for general and specialized surgical applications. Supports various surgical techniques and tissue types.

Integrated platform for energy-based surgical interventions supporting minimally invasive surgical procedures.

Power supply systems for energy-based surgical instruments, providing controlled electrical output for tissue cutting and hemostasis applications.

A high-frequency and ultrasonic surgical energy platform designed for modern surgical procedures. The system combines RF and ultrasonic technologies to provide cutting-edge solutions for minimally invasive surgery.

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

Energy-based surgical devices utilizing ultrasonic technology for tissue cutting and coagulation during minimally invasive and open procedures. These instruments provide precise hemostasis while minimizing thermal spread to adjacent tissues.

Electrosurgical energy device configured for safe and efficient performance in gastric, colon, and rectal cancer radical resection procedures. Provides effective cutting and coagulation with reduced thermal injury to surrounding tissues during intestinal dissection and lymphadenectomy.

An integrated surgical energy system providing comprehensive electrosurgical solutions for operating room use. The system is part of the company's surgical energy system integrated solution and includes electrosurgical energy series products and related surgical instruments.

Electrosurgical devices used for cutting, coagulation, and tissue ablation during surgical procedures. These instruments utilize electrical energy to achieve hemostasis and precise tissue dissection in various surgical applications.

Energy-based surgical instrument system for hepatic resection, cholangiocarcinoma radical resection, and pancreaticoduodenectomy procedures. Reduces intraoperative bleeding and surgery-related complications with improved cost-effectiveness for patient care.

Ultrasonic-powered surgical devices for tissue cutting and coagulation applications in general and specialized surgical procedures with minimal thermal damage.