The Valleylab Force EZ Electrosurgical Generator stands out with its innovative Instant Response™ Technology, designed to enhance surgical performance and safety. This advanced generator automatically adjusts power delivery in response to tissue variations, ensuring a smooth cut across all tissue types while minimizing the risk of damage.

Key Features:

- Instant Response Technology: This advanced feedback mechanism detects tissue changes at a remarkable rate of 200 times per second, allowing the generator to maintain optimal voltage and current. As a result, the Force EZ provides consistent power, even through resistant tissues, with a high Power Efficiency Rating (PER) of 97.
- Improved Performance at Lower Power Settings: By delivering reliable power with reduced neuromuscular stimulation, the Force EZ minimizes the need for higher settings that can increase tissue damage.
- Enhanced Cutting Efficiency: The generator automatically adjusts to different tissue densities, maintaining cutting efficiency and reducing drag. This capability allows for precise and controlled energy delivery.

- Versatile Cutting Modes: 
  - Pure Cut: Provides a clean, precise incision.
  - Blend: Combines cutting with hemostasis for effective tissue handling.

- Coagulation Modes: 
  - Low Voltage: Ideal for delicate laparoscopic work.
  - High Voltage: Designed for efficient noncontact coagulation in a variety of surgical applications.

- Bipolar Mode: Operates in a standard mode utilizing low voltage to prevent sparking, ensuring safe and effective coagulation.
- Compatibility: The Force EZ is designed to work seamlessly with other devices, including the Force Argon II and OptiMumm smoke evacuator, through a direct cable link.
- User-Friendly Design: Features separate footswitch connectors for both monopolar and bipolar setups, making it easy to configure for different surgical needs. An additional front-mounted connector allows for convenient activation options.

The Valleylab Force EZ Electrosurgical Generator is a reliable choice for modern surgical environments, combining advanced technology with ease of use to optimize clinical outcomes.