Our Products
We offer the best product range of Radio Frequency Generator and RF Generator.
The BM-780 II radiofrequency generator is ideally suited for small surgical interventions in ENT clinics and doctors’ offices, for plastic surgery, and dermatology.In bipolar coagulation the power output is reduced according to the degree of coagulation and the desiccation of tissue to a minimum of only about 1/4 of the initial setting.During the monopolar cutting process the unit adjusts the output to the type of tissue (skin, muscles, fat, etc.) as needed.R” signifies electric tissue resistance and „P” the actual power output.Sections 1 to 5 show the different kinds of tissues and cutting speeds to which the unit adjusts its power output automatically.Radiofrequency energy causes deliberate local lesions through the short and selective heating of certain tissue areas.The treated tissue is decomposed and transformed into fibrous scar tissue. This process leads to a shrinkage and stiffening of the treated area.The specifically designed bipolar electrodes for RaVoR™ ensure a lesion suited to the patient‘s anatomy. A special, ultra-thin insulation protects surface of the mucosa from thermal damage.
AutoRF™ is a smart impedance control function that will tailor the RF power output to the tissue condition. Whether it is cutting through different types of tissue or altering tissue conditions during coagulation, the AutoRF™ feature will deliver adapted power output as required by thedifferent tissue impedances.
SUTTER
CURIS® 4 MHz Radiofrequency Technology
The higher the frequency, the less the resistance of biological tissue to electromagnetic fields–up to the point where cell membranes are capacitively coupled. This effect is created by the CURIS® 4 MHz radiofrequency generator in all monopolar and bipolar modes. When using conventional electrosurgical units, the electromagnetic fi eld concentrates between the cells and only heats up the outer layer. However, with the CURIS® 4 MHz radiofrequency generator cell membranes are conductive, and energy is absorbed evenly inside the cells. As a result, energy is administered gently and in a highly focused fashion. Precise monopolar cuts are possible while lateral heat damage is kept to a minimum*2.