Electrosurgical Unit Erbe ICC 50: High Performance for Surgical Procedures.
The Erbe ICC 50 is an electric tissue coagulation unit designed to meet the needs during surgical procedures. With its maximum power of 50 W, it provides effective bleeding control, being particularly useful in minor surgical interventions, making it an ideal choice for use in medical offices. Its versatility also recommends it for applications in cosmetology for small-scale interventions.
This unit is highly reliable for healthcare professionals seeking effective tissue coagulation and bleeding control. Its power is suitable for a variety of surgical procedures, and its operation is intuitive, providing convenience to doctors.
With a weight of only 2.8 kg and compact dimensions of 275 x 105 x 255 mm (L x H x D), it is easy to handle and integrate into clinical environments. Its NESSY operating mode ensures high performance and safe use.
Additionally, the Erbe ICC 50 offers multiple operating modes, precisely adapting to the specific needs of each surgical procedure, ensuring optimal results and enhanced safety for the patient.
The different operating modes of the Erbe ICC50 offer a variety of options to meet the specific needs of each surgical procedure:
- Automatic Cut: This mode operates at 50 W with an impedance of 500 Ohms. It is designed for precise cutting during the procedure, offering an effective solution for tissue removal.
- Soft Coagulation: Soft coagulation is performed in this mode, providing a controlled and delicate coagulation process. It is ideal for stopping minor bleeding and controlling small blood vessels during surgery.
- Forced Coagulation: This mode operates at 50 W with an impedance of 500 Ohms. It is designed to provide more intense and rapid coagulation, suitable for stopping more significant bleeding and controlling medium-sized blood vessels.
- Bipolar Coagulation: In this mode, bipolar coagulation is performed, allowing precise tissue coagulation without causing damage to surrounding tissues. It is especially useful in procedures that require delicate and precise coagulation, such as ocular surgeries and neurosurgical procedures.
Each mode offers a unique approach to tissue coagulation, allowing the surgeon to select the most appropriate setting based on the specific needs of the procedure and the characteristics of the tissue being treated.