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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

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

Is Oral and Dental Electrosurgical Unit Specialized?Electrosurgical Unit are widely used in general surgery, cosmetic plastic surgery, and various minimally invasive surgeries due to their excellent cutting and coagulation abilities.

Application of Electrosurgical Unit in Oral Tissue Repair      Electrosurgical Unit is the use of high-frequency alternating current technology to generate thermal effects within tissues and selectively destroy certain tissues. The radio frequency energy emitted by the host is concentrated in the electrodes, forming a complete circuit through the human body, reflux plate, and its circuit. According to different usage purposes, energy output can be divided into fully rectified output and partially rectified output.

MODEL30 Anesthesia MachineAnaesthesia main unit:High resolution 5.5" LCD screenClose, 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 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 qas supply was stopped automatically.Power failure alarming.

Ventilator Gas Switching Mode    Different types of ventilators have different ways of converting the inspiratory phase and the expiratory phase. At present, there are mainly four forms of breathing phase switching in ventilators, the most basic of which are pressure switching and volume switching.    1. Time switching.     Negative pressure ventilators use time switching. Modern time-switched ventilators are controlled by electronic circuits.

ApplicationApplicable for general surgery, thoracic surgery, orthopedics, obstetrics and gynecology, urologic surgery, cerebral surgerymicrosurgery, ENT surgery and etc.CUT MODEPURE CUT:A high-frequency alternating current yields smooth, rapid cuts that evoke little to know hemostasis.BLEND 1:Preset blended cut modes give the surgeon varying degrees of hemostasis in cut mode.BLEND 2:The mode is used for vaporization of prostatic tissue or any fat tissue.

Scope of applicationTherapeutic instrument is suitable for using in medical institutions to promote breastfeeding, uterine involution, contraction of birth canal muscles, and analgesia in family planning operations.Applicable disease：(1) Less milk after delivery, slow colostrum secretion, milk stasis, breast tenderness, relaxation and sagging;(2) Postpartum uterine involution is incomplete, pelvic floor tissue is damaged, deformed, loose, and the tension of fascia decreases;(3) Uterine cavity, cervix and postpartum vaginal muscles and fascia lose their elasticity due to expansion, an

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.

Characteristics of Emergency Transport Ventilator      Many people believe that emergency transport ventilators are equivalent to simple ventilators, because compared to professional ICU therapeutic ventilators, emergency transport ventilators do not have as many ventilation modes and parameter monitoring in terms of mode function. However, in fact, professional emergency transport ventilators should have the following major characteristics (which cannot be achieved by large ICU ventilators):       Portability:1. Small in size and light in weight.