Urological Electrosurgical Generators
ECONT-0201.2 is a versatile system meeting all operating theatre requirements. It is equipped with a fast microprocessor, processing all operating parameters in real time. It enables fast automatic current adjustment to changing operating conditions. Special modes enable operation in difficult conditions, laparoscopy, endoscopy, neurosurgery.
It is a universal electrosurgery system designed for surgery room and most applications in the operating theatre. It is perfect for laparoscopic techniques. It enables cutting with two different steps of hemostatsis, two modes of monopolar coagulation and bipolar coagulation. ECONT0201.1 is multifunctional electrosurgical unit with high output power of 300 W enables using it successfully either in laparoscopic and general surgery operations.
Argon Supply Unit ECONT-0201.3A supplies Argon gas at conrolled flow rate thus supporting Argon-Plasma coagulation modes at ESU ECONT-0201.3.
ECONT-0201.3 is the high-efficient expert class electrosurgical system.
according to ISO 13485:2016
is 2 times longer than that of competitors
more than 30 countries
2001
Features and advantages of Urological Electrosurgical Generators
The Urological Electrosurgical Generators of ECONT-0201 series are the high-efficient electrosurgical systems. These devices are universal electrosurgery units designed for most applications in the operating theatre and they are perfect for Urological techniques as well. The generators ECONT-0201 series are multifunctional electrosurgical units with high output power up to 400 W that enables using them successfully either in Urological and general surgery cases.
The main modes and features of the units are:
- Several monopolar and bipolar outputs;
- Adaptive algorithm with output power maintaining for wide range of tissue resistances (100…1000 Оhms);
- Neutral electrode continuity and LF/HF current leakage monitoring;
- Self-test of generator and accessories after switching the power on;
- Up to 100 personal user presets (programs).