LeienCare Tech
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| Model NO. | Ultrasonic Transducer5 / Hb55 |
| Application | Open and Endoscopic Procedures (General Surgery, Urology, Gastrointestinal, Gynecology, Pediatrics) |
| Transport Package | Standard Export Package |
| Specification | HB55 Ultrasonic Transducer |
| Origin | China |
The high-performance ultrasonic transducer is designed as a critical energy bridge between the generator and ultrasonic scalpels. They convert electrical energy from the generator into focused mechanical vibrations, delivering consistent power for precise tissue cutting, hemostasis, and vessel sealing (up to 5mm). Optimized with an advanced feedback system, the transducer minimizes lateral thermal damage while enhancing tissue grasp and dissection capabilities—enabling "one-device-multifunction" versatility for both endoscopic and open surgeries. Its durable, biocompatible construction ensures reliability across repeated sterilization cycles.
Versatile applications for various surgical environments:
The system integrates generators, transducers, and a full range of disposable scalpels to deliver precise, safe, and efficient soft tissue dissection. Powered by tissue-adaptive algorithms, it tailors energy (55.5±10 kHz) to diverse tissues for simultaneous cutting and vessel sealing up to 5mm without electrical current passing through the patient.
ENG300 is a cutting-edge unit integrating intelligent tissue-adaptive technology and virtual inductance matching, ensuring optimal energy output from delicate mucosa to fibrous fascia.
HA55 and HB55 transducers convert electrical signals into mechanical vibration, maintaining "one-device-multifunction" versatility for grasping, separating, and transecting.
Available in 9cm to 45cm working lengths, these disposable blades feature anti-stick coatings and serrated gaskets for superior tissue grasp and low thermal damage.
A high-tech, innovative healthcare enterprise equipped with robust AI computing power and big data platforms. Expertise covers clinical care, rehabilitation, and In Vitro Diagnostics (IVD), focusing on AI-driven digital healthcare services, neurosurgical brain-computer interfaces, and AI-powered rehabilitation robots.
