Description

COVIDIEN Valleylab FT10

Next-Generation Electrosurgical Energy Platform

The COVIDIEN Valleylab FT10 is an advanced, high-performance electrosurgical generator designed to deliver greater precision, consistency, and safety across a wide range of surgical specialties. Built with the latest Valleylab energy technology, the FT10 integrates cutting-edge monitoring systems and optimized energy delivery for superior clinical outcomes.

Key Features

• Intelligent Tissue Monitoring (ITM)
  Continuously measures tissue impedance and adjusts power output in real time for consistent, precise cutting and coagulation.

• Enhanced Energy Modalities
  Supports monopolar, bipolar, advanced vessel sealing, and specialty modes, making it a versatile solution for any OR.

• LigaSure Compatibility
  Provides reliable vessel sealing up to 7 mm with fast, efficient sealing cycles for improved surgical workflow.

• Valleylab REM (Return Electrode Monitoring)
  Continuously monitors patient grounding to reduce the risk of pad site burns and increase safety.

• High Power Output & Rapid Response
  Ensures efficient cutting and coagulation even in demanding surgical situations.

• Modern Touchscreen Interface
  Simplifies settings, improves navigation, and enhances OR efficiency with intuitive visual guidance.

Benefits

✅ Consistent performance with real-time auto-adjusting power
✅ Enhanced safety using REM and intelligent monitoring
✅ Faster workflows and reduced procedure time
✅ Suitable for open, laparoscopic, and specialty surgeries
✅ Compatible with a wide range of Valleylab and LigaSure instruments

Clinical Applications

• General surgery

• Gynecology

• Urology

• Plastic and reconstructive surgery

• Orthopedics

• ENT and thoracic surgery

• Laparoscopic and minimally invasive procedures

Why Choose the Valleylab FT10?

The Valleylab FT10 represents the most advanced generation of Covidien’s energy platforms, offering greater control, safety, and versatility than previous models. It is the ideal electrosurgical system for facilities seeking high efficiency, broad compatibility, and dependable performance across all surgical environments.