Cutting electrosurgical unit Vesalius MCN PLUS
bipolar coagulationneurosurgeryradiofrequency

Cutting electrosurgical unit - Vesalius MCN PLUS - Telea Medical - bipolar coagulation / neurosurgery / radiofrequency
Cutting electrosurgical unit - Vesalius MCN PLUS - Telea Medical - bipolar coagulation / neurosurgery / radiofrequency
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Characteristics

Features
cutting, bipolar coagulation
Medical procedure
neurosurgery
Technology
radiofrequency, high-frequency
Cutting power

120 W

Coagulating power

70 W, 100 W

Frequency

4 MHz, 8 MHz

Description

VESALIUS MCN Plus is one of the most advanced electrosurgical devices among the Vesalius product line. It was designed for the modern operating rooms, where state-of-the-art technologies are used. VESALIUS MCN Plus is a mono and bipolar electro-surgical unit that finds its best application in surgical procedures as Neurosurgery, Skull base and Spine Surgery. Thanks to the advanced QMR Technology, VESALIUS MCN Plus allows perfect cuts and precise and delicate coagulation. Besides, the system can provide several simultaneous operating functions such as Cut, Blend and Coagulation. All of the devices’ functions can be activated simultaneously both from the handpiece and from the pedal. CUT Thanks to the QMR Technology the cutting function is caused by a breakdown of molecular bonds at low temperature. Thereby the thermal damage is limited and allows the Surgeon to provide extremely delicate surgical procedures. COAG The bipolar coagulation of Vesalius generators is recognized for precision and effectiveness. Differently from the standard electrosurgical high frequency devices (which cause the vessels collapse and tissue necrosis), Vesalius deploys a peculiar waveform (slightly out of resonance) that increases the temperature up to 63-65°C. This triggers the denaturation processes of fibrinogen which turns into fibrin and coagulates the blood, without thermal damage of vessels. FEATURES Mono and Bipolar outputs 6 different operating functions Decreased intra-operative blood loss No necrotic tissue or thermal damage Precise removal of tissues in an almost bloodless fieldQuantized high frequency FIELDS OF APPLICATION Neurosurgery Skull Base Spine Surgery

Catalogs

Exhibitions

Meet this supplier at the following exhibition(s):

ArabHealth 2025
ArabHealth 2025

27-30 Jan 2025 Dubai (United Arab Emirates) Hall Z2 - Stand L37

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    *Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.