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With the continuous development of the times and the continuous advancement of science and technology, the production and research equipment we use nowadays is becoming more and more advanced, which greatly improves our production efficiency and helps us make better social discoveries and inventions. However, due to the cleanliness requirements of many industries and research areas, traditional cleaning equipment can no longer meet the needs, and advanced plasma cleaning machines have become the unanimous choice of customers. Its efficient cleaning efficiency and complete cleanliness have always been very good reviews. So, what are the main structures of the Smartplasma plasma cleaning machine? Next, Smartplasma will explain it for us. What are the main structures of Smartplasma plasma cleaning machine? The plasma cleaning machine is mainly composed of three parts: 1. Control unit. The current plasma cleaning machine mainly has four control units: automatic control, semi-automatic control, PC control, and LCD touch screen control. The control unit is mainly composed of power supply, control system, control buttons and operation display. 2. Vacuum chamber. The vacuum chamber is the space used to clean the target, and there are mainly quartz chambers and stainless steel vacuum chambers. Due to the use of vacuum sterilization and antibacterial and plasma cleaning methods for its interior, there are certain requirements regarding the pressure of the cavity, so it is necessary to select a cavity with better material for configuration. 3. Vacuum pump. The primary power source of the plasma cleaning machine is the vacuum pump. The primary function is to drain the air in the vacuum chamber to reach a vacuum environment, and then perform plasma cleaning. Vacuum pumps are mainly divided into dry pumps and oil pumps. The dry pump mainly uses electricity as the power source, while the oil pump uses gasoline or diesel as the power source. The use of plasma equipment not only has high efficiency and high cleanliness, but also reduces the harm of harmful solvents to human bodies and objects, reduces the waste and cost of resources, and continuously invents more value for each production research field. Use plasma cleaning The machine means that you have stepped into the forefront of the times.
The smartplasma plasma cleaning machine, also called the plasma surface treatment instrument, is a brand-new high-tech instrument. It uses the properties of active components to treat the surface of the sample to achieve the purpose of cleaning. In addition to the cleaning effect of plasma treatment, it can also be activated And etching, etc., are widely used in various fields. Plasma cleaners have several titles. The English name is (Plasma Cleaner), also known as plasma cleaner, plasma cleaner, plasma cleaner, plasma etching machine, plasma surface treatment machine, plasma cleaner, smartplasma cleaner, plasma cleaner, plasma cleaner, plasma cleaner, plasma cleaner, plasma cleaner, plasma cleaner, plasma cleaner, plasma cleaner, plasma cleaner, plasma cleaner, plasma cleaner, plasma cleaner, plasma cleaner, plasma cleaner, plasma cleaner, plasma cleaner, plasma cleaner, plasma cleaner Glue machine, plasma cleaning equipment. Plasma cleaning machine/plasma treatment machine/plasma treatment equipment is widely used in plasma cleaning, plasma etching, plasma coating, plasma ashing, plasma treatment and plasma surface treatment and other occasions. Through its plasma surface treatment, the wetting ability of the surface of the material can be improved, so that a variety of materials can be coated, coated and other operations, enhance the adhesion, bonding force, and remove organic pollutants, oil or grease at the same time. Plasma cleaning usually includes the following processes: inorganic gas is excited into a plasma state; gas phase substances are adsorbed on the solid surface; the adsorbed group reacts with solid surface molecules to produce product molecules; the product molecules resolve to form a gas phase; and the reaction residues leave the surface. The biggest feature of plasma cleaning technology is that regardless of the type of substrate to be processed, it can be processed. It can treat metals, semiconductors, oxides and most polymer materials, such as polypropylene, polyester, polyimide, and polychloride. Ethane, epoxy, and even polytetrafluoroethylene can be handled well, and can be used to clean the whole, part, and complex structures.
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