RBK-200 REBIRTH KNIFE SERIES

Product Details

Product Introduction Through  ultrasonic  cavitation  effect  and  high-frequency  mechanical  vibration,  RBK-200  Rebirth  Knife  changes the structure  and state  of proteins  in  animal tissues,  and  utilizes  self-developed high-efficiency energy transfer and self-adaptive tissue frequency tracking  technology to effectively complete tissue cutting, cleaning, coagulation and other operations. The Rebirth Knife Series contain three different functional scalpels, suitable for laparoscopic and open surgery in all types of animal medical facilities. Technical Advantages Precise Cutting and Coagulation Equipped with two cutting scaIpeIs and one coaguIation scaIpeI,  which enabIe doctors to cut tissue precisely and achieve quick coagu – lation.  This   feature   performs   perfectly   in deIicate procedures where there is a need to minimize the impact on surrounding tissues. Minimal Tissue Damage It adopts uItrasonic vibration to cut tissues, measures   the   resonant   frequency   of  the cutter  head  in  reaI  time  with  the  heIp  of frequency-tracking technology and automat – icaIIy adjusts the generator’s output frequen – cy.  In  this  way,  the  Iayers  of  tissue  can  be preciseIy  separated  and  cut  with  minimaI thermaI damage to the surrounding heaIthy tissue,  reducing  the  animaIIs  postoperative pain and speeding up the recovery process. In  contrast,  by  high–frequency  current,  the high–frequency    eIectrosurgicaI    equipment causes the thermal effect, which is prone to make    greater    thermal    damage    to    the surrounding tissues. Animal-friendly Compared  with  devices  like  high-frequency eIectrosurgicaI equipment, there  is  no  need for an externaI negative pIate, nor is there a need to clean the animal’s surface hair, which won’t affect the animal’s appearance. Producing Less Smoke and Ensuring the Health of Doctors The  energy  is  derived  from  the  uItrasonic vibration, and onIy a smaII amount of vapor – ized water mist is produced during the opera – tion.    Unlike    the    smoke    produced    by high-temperature cautery during the work of high–frequency eIectrosurgicaI equipment, it can significantly reduce the number of inhal – able particles.