YSENMED Veterinary Vessel Sealing Electrocautery Generator
MODEL: YSESU-X120VL
Short Description:
Using a new generation of pulse closure technology and intelligent tissue sensing technology, it can read tissue composition in real-time, effectively seal blood vessels with a diameter of up to 7mm, and intelligently assess closure results, bringing a whole new level of surgical satisfaction!
The YSESU-X120VL vessel sealing system can fuse vessels up to and including 7mm. It's simple to use, intelligent and safe, and can be used in both laparoscopic and open procedures across a range of surgical specialties.
- 3 Modes of Monopolar Cutting
- Pure Cut: Provides clean and precise cutting of tissue.
- Blend 1: Used when a slightly slower cutting speed and minimal hemostasis are required (70% cutting, 30% coagulation).
- Blend 2: Used when a slower cutting speed and enhanced hemostasis are needed (50% cutting, 50% coagulation).
- 2 Modes of Monopolar Coagulation
- Spray Coagulation: Non-contact, efficient surface coagulation with shallow penetration. Tissue is removed through evaporation, typically using a knife or ball electrode for coagulation. Minimal tissue damage depth.
- Forced Coagulation: Non-contact coagulation with a lower peak output voltage than spray coagulation. Suitable for small-area coagulation. Provides moderate thermal penetration with rapid and effective standard coagulation, resulting in minimal carbonization.
- Vessel Sealing
- Capable of sealing blood vessels with a diameter of up to 7mm.
- Simplifies the process by sealing vessels within tissue without excessive dissection.
- Allows for the closure of vessels and tissue bundles without the need for detailed dissection or separation, ensuring ease of operation.
Technical Specifications / Features:
- Brand: YSENMED
- Model: YSESU-X120VL
- Seals vessels up to 7mm in diameter
- Monopolar cutting modes: Pure Cut, Blend 1, Blend 2
- Monopolar coagulation modes: Spray Coagulation, Forced Coagulation
- Applicable for both laparoscopic and open procedures
- Real-time tissue composition sensing
- Intelligent closure assessment