Shining at CMEF! Saints Sages showcases the future of intelligent innovation

The 93rd China International Medical Equipment Fair (CMEF) successfully was held in Shanghai. Saints Sages made a powerful impression by showcasing its three core energy-based surgical devices—the SA10, SA100 and SP10—demonstrating the robust innovative strength of domestic medical technology.

Hardcore Innovation Attracts Global Attention
Our booth drew many experts, partners and clinicians from around the world to have in-depth discussions on product innovation and clinical applications. With its core technologies designed for international markets, we highlighted the "Hardcore Strength" of the surgical energy technologies.

·       SA100 Dual-Energy Integration Platform: As a world’s first dual-channel energy device, the SA100 enables seamless switching between ultrasonic and advanced bipolar modules without the need to repeatedly plug and unplug instruments. Equipped with RTTE II (Real-Time Tissue eva1uation) and MPTS (Multi-Pulse Tissue Sensing) technologies, it is clinically proven to securely seal up tp 7mm vessels. Spanning specialties such as gastrointestinal, hepatobiliary, and pancreatic surgery, its precision and safety meet the most rigorous global clinical standards, earning high praise from surgeons and medical institutions worldwide.

·       SA10 Portable Ultrasonic Surgical System: Featuring a highly integrated controller—the world's first to be as compact as a smartphone—the SA10 saves critical space in the operating room. By integrating the transducer and shears into a single unit, it ensures the transducer remains in peak condition. The core RTTE II algorithm provides precise energy output and higher surgical efficiency. Its "plug-and-play" design eliminates complex transducer installation, significantly streamlining the workflow for medical staff.

·       SP10 Portable Advanced Bipolar Device: This world’s first portable design represents a revolution in traditional energy equipment. The palm-sized device houses a powerful energy core and an MPTS algorithm that adapts to different tissue types to consistently seal 7mm vessels.

Looking ahead, we will continue to deepen our innovation in the minimally invasive surgical field with more cutting-edge technology, reliable products, and a global perspective. By empowering clinical practice through innovation and protecting health with craftsmanship, we aim to bring our energy-based devices to more clinical frontlines worldwide, contributing to a higher-quality future for global healthcare.