Centuri Medical
1 / 5
Ultrasonic scalpels (9cm to 45cm working lengths) deliver precision soft tissue dissection for minimally invasive and open surgeries. Operating at 55.5±10kHz, these disposable blades feature anti-stick coatings and serrated gaskets for superior tissue grasp, simultaneous cutting, rapid hemostasis, and reliable sealing of vessels up to 5mm, with ultra-low thermal damage. Designed for versatility, they adapt to general, urological, gastrointestinal, gynecological, and pediatric procedures, combining ergonomic functionality with sterile, ready-to-use convenience to support precise, safe surgical outcomes.
Widely used for different general, urological, gastrointestinal, gynecological, and pediatric surgeries. These instruments are essential for modern operating rooms seeking efficiency and safety.
| Smart | 1. Intelligent feedback, output the optimal energy according to different tissues. 2. Comprehensive self-examination for operation safety. 3. Virtual inductance matching technology for software compensation stability. |
| Accurate | Optimized feedback system ensures smaller lateral thermal damage, achieving precise cutting and rapid hemostasis. |
| Efficient | Simultaneous cutting and hemostasis. Special material design for better tissue grasp and multi-purpose dissection. |
| Security | Safely seals vessels up to 5mm in diameter. No electrical current passes through the patient's body. |
The core control unit integrates intelligent tissue-adaptive technology, ensuring optimal energy output tailored to diverse tissue types—from delicate mucosa to fibrous fascia.
High-performance transducers convert electrical energy into focused mechanical vibrations. Optimized with advanced feedback to minimize lateral thermal damage.
Dedicated to providing AI-driven digital healthcare services and intelligent solutions globally. Our expertise covers clinical care, rehabilitation, and In Vitro Diagnostics (IVD). We focus on delivering cutting-edge solutions spanning surgical procedures, brain-computer interfaces, and AI-powered rehabilitation robotics.
