Vein Finder-manufacture,factory,supplier from China

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

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.

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.

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)

Introduction to Anesthesia Machine Evaporator      The anesthesia evaporator is an important component of the anesthesia machine, and its quality not only indicates the level of the anesthesia machine, but also relates to the success or failure of inhalation anesthesia, directly affecting the safety of the patient.

The Purpose of Anesthesia Machine     Theanesthesia machine is not only suitable for general anesthesia, but also can assist the breathing of critically ill patients during anesthesia. It can also be combined with other anesthetic drugs to perform compound anesthesia in different forms.(1) Definition and significance of anesthesia    The broad definition of anesthesia is to cause the patient to temporarily lose all or part of the pain sensation.

Anesthesia Machine EvaporatorThe Function of Evaporator Anesthesia machine evaporation tank, also known as evaporator, is generally divided into several types: enflurane, isoflurane, halothane, sevoflurane, desflurane, etc. The commonly used ones in China are enflurane tanks, isoflurane tanks, and sevoflurane, and the use of enflurane has been banned domestically. Its function is to convert liquid inhaled anesthetics into gas, and then mix them with oxygen to a certain proportion concentration before delivering them to the patient.

Anesthesia Machine Evaporator Application      Due to the application of highly efficient volatile inhalation anesthetics in anesthesia machines, the design of evaporators tends to be specialized, that is, based on the evaporation characteristics of a certain volatile inhalation anesthetic, an evaporator that is only used for that drug is calibrated. For example, specialized evaporators for halothane, methoxyflurane, enflurane, isoflurane, and sevoflurane.

Overview of Anesthesia Machine       Anesthesiology is an important part of clinical medicine. Anesthesia machines are indispensable equipment for the implementation of anesthesia in clinical operations. With the continuous development of science and technology, new theories and new methods continue to emerge, the theory and practice of anesthesiology have also been greatly improved, and the structure and functions of anesthesia machines have also been completed day by day.