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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.

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

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 Principle and Applicability of Bipolar Electrosurgical UnitHigh frequency surgical unit is divided into monopolar and bipolar. monopolar high-frequency surgical unit forms a circuit between the negative electrode plate and the knife pen. The following introduces the working principle and applicable surgery of bipolar electric knife:The principle of bipolar high-frequency electric knife is to provide high-frequency electrical energy to the body tissue through the two tips of bipolar forceps,causing the blood vessels between the two ends of the bipolar forceps to dehydrate and coag

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,

Introduction to Electrosurgical UnitWhat is a ESU?Electrosurgical Unit is widely used in various surgeries, for tissue cutting and coagulation, and is one of the essential equipment in the operating room.What do the parameters of ESU mean?Electrosurgical Units are divided into monopolar and bipolar modes, and in monopolar mode, they must be used together with the negative electrode plate (neutral electrode plate). Let the current released by the blade flow back to the electric knife through the negative electrode plate to form a closed loop, so as not to burn the human body.

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.

Anesthesia Machine Model40High resolution 8”color TFT LCD screenDual-end pressure flow sensor,The unit can monitoring Tidal volume,Respiratory frequency, Airway pressure, Pressure-time wave,High pressure limitation, Low pressure limitation, Apnea,Oxygen concentration under both two operating mode (Auto、Manual)Respiration loop functionClose, semi-close, semi-open 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 pressure,ventilator offers protection autom

CM-350ATechnical 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 typeOutput modesa) Pure Cut:1W-350W(Max.400W,Load 500Ω) b)Blend 1:1W-250W(Load 500Ω)c)Blend 2:1W-200W(Load 500Ω)d) Blend 3:1W-150W(Load 500Ω)e)ENDO Cut:99%(Load 500Ω)f)Spray Coag.:1W-80W (Load 500Ω)g) Force Coag.:1W-120W (load 500 Ω)h) Desicate Coag.:1W-120W (Load 500Ω)i)BI-Coag:1W-70W (Load 100Ω)j)Auto-Coag.:1W-70W (Load 1

Can a Ventilator on Anesthesia Replace a Dedicated Ventilator?After the outbreak of the epidemic abroad in March this year, the demand for ventilators increased significantly. Faced with a large demand from abroad, domestic respirator manufacturers have reached saturation in production capacity but still cannot meet the strong demand. So much so that many people pay attention to anesthesia machines, which are also equipped with ventilators and have similar breathing patterns. Can anesthesia machines replace ventilators?