CIF Atmospheric Plasma Cleaner

Category： Plasma Cleaners

Message

Surface Modification

Plasma Cleaners Ultraviolet Ozone Cleaners

Photoresist Removal

Plasma Strippers

Etching

Plasma Etchers

Coating

Gel Driers Spin Coaters Plasma Sputtering Coaters

Product Parameters

The CPA series atmospheric plasma cleaner produced by CIF exhibits stable power output,robust anti-interference capability, rapid response time, consistent and enduring cleaning effects.

Attribute: Product Name; Model; Manufacturer Nature; Visits; Time

Details: CIF Atmospheric Plasma Cleaner; CPA-500; Manufacturer; 230次; 2024-09-24

Products Details

Product Features

1、 Enhanced Interface: Equipped with a 4.3-inch color touch screen, the device offers aninteractive operation interface available in both Chinese and English. It provides realtime monitoring of crucial process parameters such as pressure, current, voltage,frequency, power, pulse speed, etc. Additionally, it allows for efficient storage andtraceability of process data.

2、 Intelligent Control: PLC-based intelligent control system oversees the entire cleaning process, enabling seamless integration with the customer's production line and facilitating remote monitoring.

3、 Consistent Performance: The plasma power generator ensures a stable power output,exhibits robust anti-interference capabilities, and delivers rapid response.

4、 Enhanced Adaptability: Capable of operating seamlessly in a wide range of working scenarios, spanning from -25℃ to 50℃.

5、 Safety Guarantee: Alarm prompts for short circuit, open circuit, insufficient pressure,excessive gas pressure, motherboard error, overload, power mismatch, and abnormal software function.

6、Low Treatment Temperature: Plasma treatment is conducted at a temperature below 50℃, thereby optimizing the minimization of thermal impact on the treated material.

7、Diverse Nozzle Options: Applicable for various scenarios and capable of fulfilling diverse process requirements.

8、 Extended Equipment Lifespan: Ensures 10,000 hours of uninterrupted operation and

minimal maintenance expenses.

Application：

Application scenarios

The applications include automotive parts cleaning, laboratory instrument cleaning, electronic product cleaning, glass lens cleaning, shoe material fabric cleaning, medical device cleaning, packaging and printing cleaning, food sterilization, agricultural breeding, etc.

Application scenario 1: The application of this device lies in the cleaning of automotive parts. With the growing popularity of cars, there is an increasing demand for plasma cleaning technology in various stages of automobile production, including bonding treatment for car lights, sealant strip treatment, instrument panel treatment and interior treatment for automobiles.

Application scenario 2: The device is designed for the cleaning of electronic products. In processes such as screen bonding, circuit board cleaning, and IC production photoresist removal, traditional methods (such as alcohol) often fail to achieve desired results and may cause environmental pollution. By utilizing low-temperature plasma jet technology, impurities can be effectively eliminated while significantly enhancing material adhesion. This technology proves highly effective in screen bonding, circuit board cleaning, and IC photoresist removal.

Application scenario 3: This device is designed for the cleaning of glass lenses in the glass lens industry, particularly in areas with higher requirements that involve surface coating. Prior to coating, it is essential to thoroughly clean the surface. In addition to conventional cleaning methods, a low-temperature plasma cleaning process is incorporated afterwards. This process not only effectively eliminates dust and residues from previous procedures but also enhances the material's adhesion properties. Notable applications include high-end glass markets, optical lenses, cameras, and camera lenses.

Application scenario 4: The device is utilized for the purpose of cleaning the lamination on printed packaging. In current printing and packaging production, a film or foil is typically applied to the surface in order to ensure texture, waterproofing, and enhance the grade of printed products. The conventional method employed is UV coating, which tends to be relatively complex with a low yield and often results in adhesive failure. By utilizing lowAutomotive parts

In headlights, steering wheels, EPDM seals, windshield, automotive electronics processing process, increase the surface hydrophilicity, improve the paste quality.

Connector industry

Improve the surface adhesion of materials and enhance the printing quality in cable character printing

Lithium battery industry

In the battery adhesive, welding, packaging, blue film paste process to effectively remove surface organic matter and impurities, improve the surface adhesion ability

Plastic industry

Improve hydrophilicity in the process of surface activation, bonding and screen printing, and enhance the service life of adhesive printing

Metal industry

Removal of residual organic matter during gold plating, silver plating and welding

Glass industry

Removing static electricity and dust oil, improving hydrophilicity, and extending the service life of coating printing is essential in ink printing, coating and bonding processes.

3C industry

Improve surface adhesion & bonding strength in mobile phone assembly bonding, camera module & headset bonding, middle frame bonding.

LCD display industry

In the process of TP binding, oily dirt and organic pollutant particles are effectively removed from the surface. The stability of the binding is improved.

temperature plasma technology, costs can be reduced while improving overall yield. Furthermore, prior to applying adhesive glue onto the box surface, cleaning it with plasma effectively enhances adhesion and facilitates easier gluing.

Application scenario 5: The device can be utilized for cleaning fabric and shoe materials. In the current fabric and shoe materials industry, there are stringent requirements placed on the surface properties of these materials. This is because the surface properties directly determine crucial factors such as dyeing rate, affinity, gloss, and adhesion. Traditionally, chemical agents have been employed to process the surface properties of these materials; however, this method consumes a significant amount of water and leads to pollution during the process. By utilizing low-temperature plasma treatment on the surfaces of fabric and shoe materials, active particles effectively interact with the material surfaces by inducing processes like etching, oxidation, reduction, cross-linking, polymerization among others. These reactions bring about changes in both chemical composition and physical-chemical properties of material surfaces resulting in alterations in hydrophilicity, adhesion strength, dyeability, resistance against shrinkage, dirt resistance, and conductivity.

Application scenario 6: This device can be used for cleaning medical equipment. High molecular materials are widely used in the medical field, such as medical instruments, stents, sensors, etc. Low-temperature plasma has good effects on the cleaning, sterilization, bonding, and modification of these materials.

Application scenario 7: This device is designed for the cleaning and sterilization of food and seeds, making it suitable for applications in the fields of food processing and agricultural breeding. These sectors face challenges related to food sterilization and seed germination. The plasma jet cleaning device emits active groups that effectively act on the surface of food, providing a reliable method for sterilization and preservation without causing pollution or affecting the taste of food. Moreover, when applied to seeds, the plasma groups not only eliminate bacteria but also enhance seed surface characteristics, resulting in improved germination rates as well as increased resistance against pests and diseases. Additionally, this device can be utilized to produce biologically active water which is highly beneficial for bean sprout production and fruit cleaning.