Solutions to 8 major application problems of plasma surface cleaning machine processing technology

• Categories:Company Dynamics
• Author:Plasma cleaning machine-CRF plasma plasma equipment-plasma surface treatment machine manufacturer-chengfeng intelligent manufacturing
• Origin:
• Time of issue:2021-12-21
• Views:

(Summary description)Solutions to 8 major application problems of plasma surface cleaning machine processing technology: Regardless of whether it is in the production and research of industries, enterprises, colleges and universities, etc., products need to be cleaned, so how to solve the problem of dirt and impurities? Today, with the progress of the times, plasma surface cleaning machine processing technology has appeared in our lives. This is a brand-new high-tech technology that uses plasma to achieve effects that our conventional cleaning methods cannot achieve. Plasma surface cleaning What are the applications that the machine can solve? The following is an explanation of the processing method. ‘’ 1. The solution to clean the surface: The plasma surface cleaner is used to generate high-energy disordered plasma in the vacuum plasma chamber, and the surface of the product to be cleaned is bombarded by plasma to achieve the purpose of cleaning. 2. The solution to surface activation: Enhance surface energy, hydrophilicity, adhesion and adhesion to objects processed by the washing machine. 3. Treatment method of surface etching: The surface of the material is selectively etched by the reactive gas plasma. The etched material is converted into a gas phase and then discharged by a vacuum pump. After the treatment, the microscopic surface of the material increases and it has good hydrophilicity. 4. Nano coating processing method: After being processed by the plasma surface cleaning machine processing technology, the plasma-guided polymerization reaction forms a nano-coating. Various materials can be made hydrophobic (hydrophobic), hydrophilic (hydrophilic), lipophobic (anti-lipid), and oleophobic (anti-oil) through surface coating. 5. PBC manufacturing solutions: In fact, this is also a plasma etching process, which achieves the purpose of removing surface colloid by PBC by bombarding the surface of the object. The circuit board manufacturer uses the etching system of the plasma cleaner to decontaminate and etch, remove the insulating layer in the drilled hole, and improve the quality of the product. 6. Semiconductor/LED devices: The application of plasma in the semiconductor industry is that various components and connecting wires based on integrated circuits are very fine, so dust, organic matter and other pollution are prone to occur in the process. In order to avoid the problems caused by plasma in the process, Plasma equipment is introduced into the process for pre-treatment. The use of plasma cleaners is to better protect our products and to make good use of electrical equipment to remove organics and impurities on the surface. Pollutants can cause bubbles to form too quickly during the LED epoxy injection molding process, thereby reducing product quality and service life. Therefore, avoiding bubbles during the molding process is also worthy of attention. Using radio frequency plasma cleaning technology, the wafer and the substrate are more closely combined, so that the formation of colloidal bubbles is greatly reduced, and at the same time, the heat dissipation and light extraction rate can be significantly improved. The plasma cleaning machine is used for degreasing and cleaning of metal surfaces. 7. TSP/OLED solution: In terms of TSP: clean the main processes of the touch screen, improve the adhesion/coating force on OCA/OCR, laminate, ACF, AR/AF coating and other processes. Through the use of a variety of atmospheric pressure plasma forms, it can make All kinds of glass and films are discharged uniformly, so that the surface is not damaged and the treatment effect is good. 8. Vacuum plasma spraying solution: Because of the high energy density in the vacuum plasma surface cleaning machine, it can actually convert all powders with a stable molten phase into a dense and firmly adhered spray coating. The quality of the spray coating depends on the spray powder particles hitting. The instantaneous degree of melting on the surface of the workpiece. Vacuum plasma spraying technology has improved the production efficiency of modern coating machines.