DLZPS-60 Steam Sterilizer-manufacture,factory,supplier from China

SD-M2000B Anaesthesia MachineCompact design, save space in O.R.or Laboratory RoomBuilt in 5.5”LCD Anaesthesia ventilatorNew compact CO2 absorber (autoclavable, Patent)High precise big volume vaporizerOptional: Bain circuit interface, Continuous FIO2 monitoringOptional: Battery back up for all system not less than 60 mins

Model30 Anesthesia MachineBuilt in 5.5" anaesthesia ventilator, bain circuit interfaceHigh end precise vaporizer (Volume > 280ml, Patent)New compact CO2 absorber (autoclavable, Patent)Battery back up for all system over 60 minsHigh brightness LED lighting systemOptional: Anaesthesia gas scavenging systemOptional: Electronic anaesthesia vaporizer (Patent)Optional: Yoke system, Electronic tidal volume (lnnovation)Optional: Continuous FIO2 monitoring, EtCO2 monitoring functionOptional: Built-in air compressor Or Air/O2 inter-link system (lnnovation)

Anaesthesia Machine MODEL40Built in 8"color anaesthesia ventilatorNew compact CO2 absorber (autoclavable, Patent)High end precise vaporizer (Volume > 280ml, Patent) Battery back up for all system over 60 mins, bain circuit interfaceOptional: Touch screen anaesthesia ventilatorOptional: Anaesthesia gas scavenging systemOptional: Electronic anaesthesia vaporizer (Patent)Optional: Yoke system, Electronic tidal volume (Innovation)Optional: Continuous FIO2 monitoring, EtCO2 monitoring functionOptional: Built-in air compressor Or Air / O2 inter-link system (lnnovation)

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

Argon Plasam ESU are also be Used in Respiratory DepartmentThe department with the most widespread application of Argon Plasam ESU is the digestive department, and it is also the department with the most purchases of Argon Plasam ESU. In fact, Argon Plasam ESU can be applied in many departments, such as open surgery, minimally invasive gastrointestinal endoscopy surgery, respiratory surgery, and proctology surgery.There are two ways to treat with Argon Plasam ESU.

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.

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.

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.

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.

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.