Plasma cleaning is a process that utilizes low-temperature plasma to clean and activate surfaces. It is widely used in various industries, including semiconductor manufacturing, electronics, medical devices, and more. In the context of bonding system change for LSM (Liquid Crystal on Silicon) and COF (Chip-on-Film) technologies, plasma cleaning plays a crucial role in ensuring successful bonding and optimal device performance.

atmospheric pressure plasma can indeed be used in the touch panel manufacturing process, offering various benefits and enhancing the overall production efficiency and quality. Atmospheric pressure plasma technology, also known as non-thermal or cold plasma, operates at ambient pressure, making it more convenient for industrial applications compared to low-pressure plasmas, which require vacuum chambers. (1) Cover lens coating process prior to cleaning (2) Touch sensor PR before the cleaning process (3) Clean before the fitting process (4) FPC connection terminal before the cleaning process

Plasma cleaners play a crucial role in the IC (Integrated Circuit) packaging and LED (Light Emitting Diode) packaging processes. These cleaners help ensure the cleanliness and quality of the components, which is essential for their functionality and reliability. Benefits of Plasma Cleaners in IC and LED Packaging: Efficient and selective cleaning without damaging sensitive components. Enhanced adhesion and bonding between various materials. Improved reliability and performance of packaged ICs and LEDs. Prevention of defects caused by contaminants and residues. Faster and more precise cleaning compared to traditional methods. (1) Process before Die Attachment (2) Process before Molding (3) Process before Wire Bonding

The use of atmospheric pressure plasma as a pre-treatment step in car light adhesion and waterproof strip bonding offers several benefits: Improved Adhesion: Plasma pre-treatment significantly enhances the adhesion properties of the surfaces, leading to stronger and more reliable bonds. Enhanced Waterproofing: The plasma treatment ensures effective sealing and waterproofing of the components, protecting the vehicle's interior from water infiltration. Faster Production: Atmospheric pressure plasma treatment is a fast and efficient process, contributing to increased production rates and shorter cycle times. Environmental Friendliness: As atmospheric pressure plasma operates at ambient pressure and uses environmentally friendly gases, it aligns well with sustainable manufacturing practices. Overall, atmospheric pressure plasma pre-treatment is a valuable step in the automobile industry, contributing to the production of high-quality and reliable car lights and waterproof strips. (1) Cleaning before car lights adhesion (2) Cleaning before waterproof strip/ plastic strip gluing

The shoes industry and various other plastic manufacturing sectors often use atmospheric pressure plasma as a pre-treatment step before adhering different plastic materials. The use of atmospheric pressure plasma in these applications offers several advantages and significantly improves the adhesion and bonding properties of plastic surfaces. Benefits of Atmospheric Pressure Plasma Pre-Treatment for Plastics: Enhanced Adhesion: The plasma treatment increases the surface energy and wettability of plastics, resulting in stronger adhesive bonds. Improved Coating and Printing Quality: Atmospheric pressure plasma ensures better ink or coating adhesion, leading to improved printing and coating quality on plastic surfaces. Reduced Reject Rates: The enhanced bonding provided by atmospheric pressure plasma reduces the likelihood of bond failures and rejects, improving production efficiency. Environmentally Friendly: As atmospheric pressure plasma uses non-toxic gases and operates at ambient pressure, it is an environmentally friendly option for surface treatment in plastic manufacturing. Faster Production: Plasma pre-treatment is a fast and efficient process, contributing to increased production rates and shorter processing times. (1)clean before fitting

Hard and soft boards, also known as rigid and flexible boards, are integral components used in various industries for electronic devices and other applications. These boards are essential for providing structural support, electrical connections, and functionality to a wide range of products. With "Creating Nano's" cutting-edge products, the contact angle meter and atmospheric pressure plasma, manufacturers can achieve surface characterization, enhanced adhesion, and optimized processes, ultimately leading to superior quality and high-performance hard/soft boards for various applications. (1) Soft and hard before cleaning laminated composite plate (2) Horizontal/ Vertical cleaning before plating (3) Green paint before cleaning (4) Laser drilling glue residue after removal of residual

Wafer fabrication, also known as semiconductor manufacturing or wafer processing, is a complex and critical process used to produce integrated circuits (ICs) or microchips. This process involves a series of steps to transform semiconductor wafers into functional electronic devices. (1) Removal of residual photoresist (2) Blue film residue removal (3) PSS cleaning process incoming

Optical plastic substrates are widely used in various industries, including displays, lenses, eyewear, and optical sensors, due to their lightweight and versatile properties. To ensure the optimal performance and clarity of these optical components, cleaning and surface treatment are crucial steps in the manufacturing process. Cleaning optical plastic substrate coating and printing involves the removal of impurities, fingerprints, and contaminants from the surface to ensure optimal functionality and visual quality. Additionally, coating and printing processes require precise surface preparation to achieve uniform and durable results.

Cleaning, activation, and modification of substrate surfaces are essential processes in many industrial applications across diverse sectors. Proper treatment of substrate surfaces is crucial to ensure optimal adhesion, performance, and functionality of subsequent processes and coatings. Atmospheric pressure plasma technology offers a versatile and efficient solution for these surface treatments, providing benefits such as effective cleaning, surface activation, and controlled modification, without the need for vacuum chambers.

Solar cells, also known as photovoltaic (PV) cells, are semiconductor devices that convert sunlight directly into electricity. These cells are crucial components in solar panels, which harness renewable solar energy for various applications. To enhance the efficiency and performance of solar cells, edge isolation is an important process used to reduce energy losses caused by recombination at the cell edges. Pressure plasma and sputter coating systems are advanced technologies employed in solar cell edge isolation, optimizing solar cell efficiency and overall panel output.