Veterinary Surgical Energy Systems
Advanced Energy
Built for Veterinary Surgery. Advanced Energy
for Veterinary Surgery
Focused surgical energy systems for veterinary practice. Precision. Control. Confidence.
A focused portfolio spanning ultrasonic surgery, electrosurgery and radiofrequency tumor ablation for veterinary surgical workflows. Integrated ultrasonic surgery, intelligent electrosurgery and radiofrequency ablation systems developed for veterinary clinical applications.
Product Systems
Explore the portfolio by energy platform.
Each product system is organized around its energy mechanism, system configuration and intended veterinary workflow.
All Products
Five products across three energy platforms.
Select a model to review its operating principle, confirmed features, technical parameters and available documentation.
Ultrasonic Surgical System
UG-100
Veterinary ultrasonic surgical system with an ADV side-button forceps instrument for cutting, coagulation and vessel-sealing workflows.
Ultrasonic Surgical System
RBK-200
Dual-interface veterinary ultrasonic surgical system combining an ADV forceps instrument with dedicated Knife, Ball and Loop ultrasonic instruments.
Radiofrequency Ablation System
RFA-100
Veterinary radiofrequency tumor ablation system with temperature and tissue-impedance monitoring.
Electrosurgical Energy Platform
EP-200
Veterinary electrosurgical energy platform with 200 W peak power, two monopolar ports, bipolar energy and vessel sealing up to 7 mm.
Electrosurgical Energy Platform
EP-300
Veterinary electrosurgical energy platform with 200 W peak power, one monopolar port, bipolar energy and vessel sealing up to 7 mm.
Selection Guidance
Start with the energy mechanism and workflow.
Use these system categories as an initial navigation aid. Final product selection should follow applicable documentation and professional clinical judgment.
Ultrasonic Surgery
45 W peak power · vessel sealing up to 5 mm.
Electrosurgery
200 W peak power · vessel sealing up to 7 mm.
Tumor Ablation
100 W peak power · temperature + impedance monitoring.