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Reasonable Application of ESUMedical high-frequency electric knives have been widely used in both open surgery and endoscopic surgery. Both types of electric knives have their own characteristics, and different electric knives are used to achieve surgical results for different lesions:Benefits of using medical high-frequency electric knives under endoscopy:Through the endoscope interface, the use of high-frequency electric knife under endoscope has obvious advantages, which can reduce a lot of unnecessary pain.

Reasonable Application of Medical High-frequency Electric knife and Argon Plasma ESUMedical high-frequency electric knife and argon plasma ESU have been widely used in both open surgery and endoscopic surgery.Each type of electric knife has its own characteristics, and different electric knives are selected to achieve different surgical effects for different lesions1.Benefits of using medical high-frequency electric knives under endoscopy:Through the endoscope interface, the use of high-frequency electric knife under endoscope has obvious advantages, which can reduce a lot of unnecessary pain.

What to do if there is no output when the ESU Unit is started and turned on?The ESU Unit has long been widely used as an electrical surgical equipment in surgery. Once there are problems with the ESU Unit during surgery, it will inevitably affect the surgical process.

Argon Plasma ESU Surgery     In foreign countries, argon plasam esu is mainly used for endovascular intervention treatment of digestive endoscopy. With the emergence of this technical advantage, its use in endovascular intervention treatment of bronchoscopy has increased year by year and has become the mainstream technology in Germany.

Argon Plasma ESUTechnical Parameters:a) Ambient temp.range: 50℃ - 40℃;b) Relative Humidity Range: ≤80c)Atmospheric Pressure Range: 86.0-106.0kpad) Power:220V±22V,50Hz±1 or110V±11V,60Hz±1;e)Operating Freg.:416kHz；f)Rated Power:≤1100VA(Cut function 350W)g) Type: CF,Non-AP、Non-APG typeWoking modes comply with Argon Plasma function:a) Pure Cut:1W-300W(Load 500Ω) b)Blend 1:1W-200W(Load 500Ω)c)Blend 2:1W-150W(Load 500Ω)d) ENDO Cut:99%(Load 500Ω)e)Spray Coag.:1W-80W (Load 500Ω)f)Desicate Coag.:1W-120W (Load 500Ω)g) BI-Coag:1W-70W (Load 100Ω) (optional)h)Argon: Dual Argon airflow adjustment,

Common Injuries and Prevention during High-frequency ElectrocauteryPreventive measures for plate burnsChoose a suitable high-frequency electric knife negative electrode plate, install the negative electrode plate correctly, and ensure that the size and area of the plate are appropriate. Ensure that the effective contact area is greater than 100 centimeters. Infants and children are prohibited from using specialized negative electrode plates for cutting and folding. Clean the skin of the bonding area before pasting the negative electrode board to reduce resistance.

What is the Difference between High-Frequency Electrocautery and Electrocoagulation?Simply put, it is a surgical knife that generates a high-voltage current at the end of the electric knife pen through the device, which instantly heats the tissue and thus plays a cutting role.For high-frequency electrocautery, the basic functions are electrocautery and electrocoagulation.

                                                                                                  Render Medical Group CM-350A (Leep)"Leep knife" is not actually a knife, why is it called "Leep knife"? In fact, the "Leep" is Loop Electrosurgical Exception Procedure, which means cervical circular resection.

Render Medical AGSS DeviceAfter the anesthesia gas from the anesthesia machine is inhaled into the human body, the residual gas is discharged into the surrounding environment. Although it may cause pollution to the air in the operating room, this pollution has not been taken seriously, especially in small hospitals. The AGSS anesthesia exhaust gas emission system optional for imported anesthesia machines is expensive and belongs to the consumption type. Due to departmental cost considerations, it is rarely used.

Functions and Features:  Modern medical technology has proved that the oxygen in the air is mainly triplet inert oxygen, which cannot be directly absorbed by the body. It needs to be activated by the body and converted into singlet oxygen before it can participate in the energy conversion process.