Electrosurgery Units
Valleylab Force 2
The electrosurgical unit that works hard, Valleylab Force 2 provides cutting and coagulation in monopolar or bipolar outputs. Its generator is equipped with audible and visual alarms, including standard REM™ Fault Indicator.
Features
High Power Digital ESU
High performance capabilities in a multipurpose generator
Provides flexibility through varying degrees of homeostasis
Operators can choose one of three preset modes: simultaneous independent coagulation, low voltage coagulation and Valleylab REM™ safety, which substantially reduces the risk of patient burns at the return electrode site.
Valleylab Force FX
The high-power digital electrosurgical unit—Medtronic Covidien Valleylab Force FX. It features computer-controlled instant response technology that guarantees a consistent clinical effect through all tissue types. Force FX enables surgeons to deliver the selected power setting with precision.
Features
High Power Digital ESU
High performance capabilities in a multipurpose generator
Provides flexibility through varying degrees of homeostasis
Operators can choose one of three preset modes: simultaneous independent coagulation, low voltage coagulation and Valleylab REM™ safety, which substantially reduces the risk of patient burns at the return electrode site.
Valleylab Force EZ
Valleylab Force EZ provides surgeons with improved performance or lower power settings through its Instant Response Technology. A smoother and more precise cut through all tissue types is now possible as its generator adjusts automatically, responds to tissue changes, maintains power delivery, and minimizes drag. Electrosurgical risks are also diminished by reducing capacitive coupling by 30-50% when using Instant Response technology.
Features
Instant Response Technology ensures that the power delivered remains virtually constant, regardless of the tissue type
Improved performance at lower power settings minimizes the risk of tissue damage and neuromuscular stimulation
Three internal microcontrollers reduce system reaction time and increase the system's processing speed