Monopolar coagulation electrosurgical unit ES-120VL

monopolar cuttingvessel-sealingveterinary surgery

Overview
The ES-120VL is a veterinary surgical energy platform that combines pulse closure technology and intelligent tissue sensing to seal blood vessels and tissue bundles up to 7 mm in diameter. The system reads tissue composition in real time and assesses closure results to support intraoperative decisions.

Key features

• Pulse closure & tissue sensing: Real-time tissue composition reading and controlled pulsed energy delivery for reproducible vessel sealing.
• Vessel sealing: Seals vessels and tissue bundles up to 7 mm diameter without extensive dissection.
• Monopolar cutting modes:
  • Pure Cut: Clean, precise tissue cutting.
  • Blend 1: Slower cutting with moderate hemostasis (70% cut / 30% coagulation).
  • Blend 2: Slower cutting with increased hemostasis (50% cut / 50% coagulation).
• Monopolar coagulation modes:
  • Spray Coagulation: Non-contact surface coagulation with shallow penetration; tissue removal by evaporation using knife or ball electrode.
  • Forced Coagulation: Non-contact coagulation with lower peak voltage than spray; suitable for small-area coagulation with limited carbonization.

Technical specifications

• Model: ES-120VL
• Brand: TAKTVOLL
• Application: Veterinary surgical energy platform
• Technologies: Pulse closure technology; Intelligent tissue sensing (real-time)
• Vessel sealing capacity: up to 7 mm diameter
• Monopolar cutting modes: Pure Cut; Blend 1 (70%/30%); Blend 2 (50%/50%)
• Monopolar coagulation modes: Spray Coagulation; Forced Coagulation
• Main functions: Vessel and tissue bundle sealing; monopolar cutting and coagulation; intelligent assessment of closure

Clinical applications

• General soft-tissue surgery in small and large animals
• Oncologic resections requiring vessel management
• Procedures where reduced dissection and reliable vessel sealing are needed

Benefits for surgical teams

• Streamlines vessel management and reduces the need for manual ligation
• Provides real-time feedback on tissue and sealing results to support intraoperative decisions
• Adjustable energy modes to match tissue type and surgical strategy