Up-to-date portable bipolar electro cautery surgery device diathermy surgical machine for argon plasma coagulation

ECO internal Electrosurgical system 2. Introduction:  ECO internal Electrosurgical system is also called Argon Electrotome, which is an argon module and endoscopic cutting mode added on traditional high-frequency electrotome.   Argon coagulation means that argon is ejected from the bottom of the electrode to form an argon ion flow column between the electrode and the bleeding wound. Conductive argon ion beam could be produced under high frequency and high voltage. The ionized argon ion beam makes the high-frequency current eject from electrode to the target tissue, which is transferred to the bleeding wound in the form of arc, resulting in high-frequency electrocoagulation and good hemostatic effect.   Endoscopic resection mode is the unique working mode of internal medicine electrotome, aiming at EMR, ESD, ERCP, POEM and other surgical methods under endoscopy, provide comprehensive solution of clinical operation.

3. Advantages: 1) Accurate flow control 0.1L/min 2) Double channel and double bottle output to ensure continuous argon supply 3) Exclusive APC mode include three types of air injection to satisfied the clinical needs 4) Q/I double mode for endoscopic resection can be used for more endoscopic operation 5) Power compensation system   4. Applications: Digestive, respiratory, ENT, general surgery. Adapt to symptoms such as Airway stenosis, Polypectomy, Gastrointestinal bleeding, Tumor resection and Open hemostasis.   5. Features of APC 1) Without direct contact with the tumor or wound, the adhesion or blockage of the tube caused by contact treatment, and the rebleeding for removing the tube from scar area after treatment could be avoided. 2) It can stop bleeding effectively in a short time 3) Continuous coagulation, high-frequency current carries argon ion beam automatically flows to the wound which has not yet coagulated or not completely coagulated (from high impedance to low impedance) 4) The limit depth of tissue damage within 3 mm, which is not easy to cause perforation of thin-walled organs 5) No carbonizationization during operation was better for wound healing; No vaporization reduced the risk of gastrointestinal perforation; Less smoke could maintain a better view of operation field.