The 92nd China International Medical Equipment Fair (CMEF) has arrived as scheduled. This globally renowned medical and health technology event has become the core stage for the collision of innovative technologies and clinical needs. At this exhibition, with the theme of "Precise Energy, Innovation-Driven", SIME showcased its full range of intelligent electrosurgical unit products and solutions.

At CMEF, the Shuyou booth became a hotspot for discussions on precision surgery technologies. Our innovative electrosurgical unit series, with its cutting and coagulation performance and intelligent design, attracted numerous domestic and international surgical experts and scholars for in-depth discussions. Since its launch, the booth has been bustling with visitors. Discussions focused on practical clinical applications: experts engaged in fruitful discussions with our staff on key issues such as smoke control, tissue damage depth, and precise coagulation during surgery.

Notably, our technology also attracted numerous international visitors. Surgeons and distributors from Europe, the US, Southeast Asia, and elsewhere expressed strong interest, engaging in extensive discussions on product technical standards and localized applications, demonstrating the international competitiveness of China's high-end electrosurgical units.

To showcase the technological advantages, we've set up a professional electrosurgical unit experience zone.

 

Through real-time cutting and coagulation demonstrations on simulated tissue, customers can experience the precise cutting and coagulation effects of the electrosurgical unit firsthand.

 

Many doctors have praised the experience.

As the exhibition progresses, this in-depth conversation about precision energy surgery continues. Shuyou looks forward to working with you to promote the development of precision surgery with professional technology, reliable products, and an open attitude.

Exhibition Name: 92nd China International Medical Equipment Fair
Date: September 26-29
Booth Number: H4.1-N30