An electrosurgery analyzer is a specialized test device used by biomedical technicians to verify the performance and safety of electrosurgical units (ESUs). Electrosurgical generators are commonly used during surgical procedures to cut tissue and control bleeding using high-frequency electrical energy. The analyzer measures important parameters such as output power, current, voltage, frequency, and leakage current to ensure the ESU is operating safely and accurately according to manufacturer specifications.
Routine testing with an electrosurgery analyzer helps identify problems such as incorrect power output, grounding issues, leakage current faults, or calibration drift before they affect patient care. By testing both monopolar and bipolar operating modes, biomedical technicians can confirm proper ESU performance, improve equipment reliability, reduce downtime, and support compliance with hospital safety standards and regulatory requirements.
The ESU-2400H is a high-performance electrosurgery analyzer designed for testing and preventive maintenance of modern ESUs. The ESU-2400H provides accurate measurements of power, current, voltage, crest factor, and frequency across multiple load resistance settings. It supports testing for monopolar and bipolar modes, continuous and pulsed waveforms, leakage current measurements, and high-frequency output verification. The analyzer features a large color display, automated test sequences, onboard data storage, USB connectivity, rechargeable battery operation, and high-wattage testing capability for advanced surgical generators. Its portable design and user-friendly interface make it well suited for biomedical field service, hospital clinical engineering departments, and surgical equipment maintenance programs.
