Description Diathermy 160W Flash – Foot Switch High-Power Electrosurgical Unit with Hands-Free Foot Control for Precision and Safety The Diathermy 160W Flash with Foot Switch is a versatile, high-frequency electrosurgical unit designed for precision cutting, coagulation, and tissue desiccation in clinical and surgical applications. Delivering up to 160 watts of power, it provides smooth energy output, reliable performance, and hands-free operation through its durable waterproof foot switch, ensuring efficiency and safety in every procedure. Key Features: 160W Output Power: Offers strong and controlled energy for cut, coagulation, and blend modes. Foot Switch Activation: Provides hands-free operation, allowing full surgical control while maintaining sterility. Multiple Operating Modes: Supports pure cut, blend, and coagulation for varied surgical needs. Precision Power Control: Adjustable output levels for accurate tissue effect and reduced thermal spread. Digital Display: Clear visual indication of power output and mode selection. Safety Protection System: Includes overload, overheat, and patient plate monitoring for operator and patient safety. Compact & Durable Design: Built for reliability and portability in hospitals, clinics, and field environments. Universal Compatibility: Works with standard monopolar and bipolar accessories. Applications: Suitable for general surgery, dermatology, ENT, dental, gynaecology, and minor surgical procedures. Specifications: Model: Diathermy 160W Flash Type: Monopolar/Bipolar electrosurgical unit Output Power: Up to 160W Modes: Cut / Blend / Coag Frequency: 500 kHz – 1 MHz (typical range) Display: Digital power output indicator Control: Foot switch (waterproof, momentary type) Safety Features: Patient plate monitoring, auto shut-off, thermal protection Power Supply: 220V AC, 50Hz Dimensions: Approx. 35 × 30 × 15 cm Weight: Approx. 8–10 kg Powerful, precise, and safe — the Diathermy 160W Flash with Foot Switch delivers professional-grade performance and reliable control for efficient electrosurgical procedures.
