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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.

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.

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.

Explanation of precautions when using electrosurgical unitElectrosurgical Unit is a device that almost every surgeon will come into contact with. When using it, the following points should be noted:1. Have an understanding of the principles of ESU cutting and coagulation.2. When using a electrosurgical unit, do not select the wrong mode. For example, do not choose the cutting and coagulation modes incorrectly. If you choose the cutting mode during coagulation, it will cause tissue cells to burn and die.3.

The Difference between Electrosurgical Unit and Ultrasonic KnifeThe principle of electrosurgical unit cutting is to generate voltage and current at the tip of the electric knife, and generate high temperature when in contact with the skin to cut tissue.The application principle of ultrasonic knife is to convert electrical energy into mechanical energy through a special conversion device, and the mechanical energy transmitted in the form of sine waves acts on the metal knife head at the front end, causing the knife head to produce 50-100 μ The mechanical oscillation of m amplitude generates fri

The Difference between ESU and Ultrasonic Surgery SystemThe principle of electrosurgical unit cutting is to generate voltage and current at the tip of the electric knife, and generate high temperature when in contact with the skin to cut tissue.The application principle of ultrasonic knife is to convert electrical energy into mechanical energy through a special conversion device, and the mechanical energy transmitted in the form of sine waves acts on the metal knife head at the front end, causing the knife head to produce 50-100 μ.The mechanical oscillation of m amplitude generates frictional

Electrosurgical Unit for Tonsillectomy InjuryThe tonsils are rich in blood vessels and wounds are prone to bleeding. More and more doctors choose thermal cutting instruments such as plasma, carbon dioxide laser, and ultrasound knife for surgery. Low temperature plasma knife is a highly regarded instrument with a working temperature of only 40-70 ℃, and it also has the functions of cutting, hemostasis, and ablation.

The Working Mode of Electrosurgical Unit1. Monopolar modeIn the monopole mode of the Electrosurgical Unit, a complete circuit is used to cut and solidify tissue, which consists of a high-frequency generator inside the high-frequency electric knife, patient electrode plates connected to wires, and electrodes. In most applications, current passes through the patient through effective wires and electrodes, and then returns to the generator of the high-frequency electric knife through the patient's electrode plate and connecting wires.2.

Anaesthesia Machine MODEL50High resolution 5.5" LCD screenClose, semi-close, semiopen systemApplication: Adult, PediatricLow gas alarming: Low O2 gas pressure, it will gives alarming more than 7 seconds.High pressure Limitation: Whenever airway pressure exceed the pre-set High pressureventilator offers protection automatically, to assure airway pressure can not increase anymore which supplies safety to patient.Low pressure protection: Once O2 pressure less than 0.1MPa, N2O gas supply was stopped automatically.Power failure alarming, power extendable functionO2 flush: 25~ 75 L/minGas Press

The Structure of Anesthesia Machine    Anesthesia machine is an indispensable equipment for clinical anesthesia. Its main structures include:    1. Gas source: mainly refers to the storage equipment that supplies oxygen and N2O, with liquid oxygen in steel cylinders or a central gas supply source. After the force regulator reduces the pressure to 343-392kPa, it is supplied to the anesthesia machine for use. Adjust the fresh air flow rate through the gas flow meter. To quickly inflate the breathing system. Equipped with a quick inflation valve.    2.