PRODUCTS

Product features

● With automatic loading and unloading device, realize fully automated production, equipment optimization and upgrading, save labor and reduce costs;

● Equipped with PLC + touch screen control mode, using precision motion module, easy to operate;

● Optional number of nozzles to meet the diversified needs of customers;

● Equipped with professional dust collection system to ensure product quality and plasma surface treatment equipment neat and clean.

Scope of application

Automatic On-Line AP professional plasma cleaning machine is mainly used in mobile phone case printing, coating, dispensing and other pre-treatment in the electronics industry, and surface treatment of mobile phone screen; connector surface cleaning; Screen printing, transfer pre-processing, etc. for general industries.

Professional plasma cleaning machine plasma modified activation into dry cleaning equipment, with the incomparable advantages of wet cleaning, it cleans the surface of the material, but also activates the material, which is conducive to the next step of coating bonding and other treatments of the material. Plasma treatment machines are widely used in plasma cleaning, etching, plasma coating, plasma coating, plasma ashing and surface modification. After treatment, the wettability of the material can be improved, so that a variety of materials can be coated and electroplated, enhance adhesion and adhesion, and remove organic pollutants, oil and grease.

Plasma surface cleaning activation is a process in which ions in plasma replace polymer functional groups on the surface of materials and increase surface energy. Plasma activation is commonly used to treat the surface of adhesive or printed materials. Plasma can break down polymers and create free radicals on the surface of materials exposed to high-energy substances. Plasma contains high levels of ultraviolet radiation, which can generate free radicals on plastic or PTFE surfaces. Due to the unstable material, free radicals can react quickly with themselves. In this way, stable covalent bonds can be formed on the surface of the material, which can be printed or combined with it.

Plasma is a high-energy aggregation state of a substance, and its energy range is larger than that of gaseous, liquid, and solid, and is called the fourth state of matter. There are electrons, ions, and neutral particles with a certain energy distribution in the plasma, which transmit energy to molecules and atoms on the surface of the material when colliding with the surface of the material and produce a series of physical and chemical processes. Some particles can also be injected on the surface of the material to cause collisions, scattering, excitation, rearrangement, isomerization, defects, crystallization, and amorphization, resulting in changes in the surface properties of the material.

According to the different temperatures, plasma can be divided into high-temperature plasma and low-temperature plasma. High heat plasma can reach 10^6k~10^8k, which can be used for solar surface, nuclear fusion, laser fusion, etc. In general, hot plasma is dense plasma, and cold plasma is thin plasma. Sputtering, ion plating, ion implantation, plasma heat treatment and other technologies are applied to material surface modification technology, which is to discharge under low voltage conditions to produce low-voltage (cold) plasma, and the dense hot plasma in low-temperature plasma usually refers to the compression arc plasma beam, and can also be used for plasma spraying, quenching surface metallurgy and other surface treatment.

Professional plasma surface cleaning modification technology is a heat treatment technology that uses physical and chemical methods to change the structure and chemical composition of the surface of a material or workpiece, thereby improving the properties of mechanical parts or materials. Including chemical heat treatment (nitriding, carburizing, metal imitation, etc.); Surface coating (low-pressure plasma spraying, low-pressure arc spraying, thin-film coating, such as laser remelting compounding, physical vapor deposition, chemical vapor deposition, etc.); Non-metallic coating technology, etc. The technology used to strengthen the surface of parts or materials, so that parts have high temperature resistance, corrosion resistance, wear resistance, fatigue resistance, radiation resistance, conductivity, magnetic permeability and other new properties. So that the original parts work in high-speed, high temperature, high pressure, corrosive medium environment, improve reliability and extend the service life.

Product features

● With automatic loading and unloading device, realize fully automated production, equipment optimization and upgrading, save labor and reduce costs;

● Equipped with PLC + touch screen control mode, using precision motion module, easy to operate;

● Optional number of nozzles to meet the diversified needs of customers;

● Equipped with professional dust collection system to ensure product quality and plasma surface treatment equipment neat and clean.

Scope of application

Automatic On-Line AP professional plasma cleaning machine is mainly used in mobile phone case printing, coating, dispensing and other pre-treatment in the electronics industry, and surface treatment of mobile phone screen; connector surface cleaning; Screen printing, transfer pre-processing, etc. for general industries.

Professional plasma cleaning machine plasma modified activation into dry cleaning equipment, with the incomparable advantages of wet cleaning, it cleans the surface of the material, but also activates the material, which is conducive to the next step of coating bonding and other treatments of the material. Plasma treatment machines are widely used in plasma cleaning, etching, plasma coating, plasma coating, plasma ashing and surface modification. After treatment, the wettability of the material can be improved, so that a variety of materials can be coated and electroplated, enhance adhesion and adhesion, and remove organic pollutants, oil and grease.

Plasma surface cleaning activation is a process in which ions in plasma replace polymer functional groups on the surface of materials and increase surface energy. Plasma activation is commonly used to treat the surface of adhesive or printed materials. Plasma can break down polymers and create free radicals on the surface of materials exposed to high-energy substances. Plasma contains high levels of ultraviolet radiation, which can generate free radicals on plastic or PTFE surfaces. Due to the unstable material, free radicals can react quickly with themselves. In this way, stable covalent bonds can be formed on the surface of the material, which can be printed or combined with it.

Plasma is a high-energy aggregation state of a substance, and its energy range is larger than that of gaseous, liquid, and solid, and is called the fourth state of matter. There are electrons, ions, and neutral particles with a certain energy distribution in the plasma, which transmit energy to molecules and atoms on the surface of the material when colliding with the surface of the material and produce a series of physical and chemical processes. Some particles can also be injected on the surface of the material to cause collisions, scattering, excitation, rearrangement, isomerization, defects, crystallization, and amorphization, resulting in changes in the surface properties of the material.

According to the different temperatures, plasma can be divided into high-temperature plasma and low-temperature plasma. High heat plasma can reach 10^6k~10^8k, which can be used for solar surface, nuclear fusion, laser fusion, etc. In general, hot plasma is dense plasma, and cold plasma is thin plasma. Sputtering, ion plating, ion implantation, plasma heat treatment and other technologies are applied to material surface modification technology, which is to discharge under low voltage conditions to produce low-voltage (cold) plasma, and the dense hot plasma in low-temperature plasma usually refers to the compression arc plasma beam, and can also be used for plasma spraying, quenching surface metallurgy and other surface treatment.

Professional plasma surface cleaning modification technology is a heat treatment technology that uses physical and chemical methods to change the structure and chemical composition of the surface of a material or workpiece, thereby improving the properties of mechanical parts or materials. Including chemical heat treatment (nitriding, carburizing, metal imitation, etc.); Surface coating (low-pressure plasma spraying, low-pressure arc spraying, thin-film coating, such as laser remelting compounding, physical vapor deposition, chemical vapor deposition, etc.); Non-metallic coating technology, etc. The technology used to strengthen the surface of parts or materials, so that parts have high temperature resistance, corrosion resistance, wear resistance, fatigue resistance, radiation resistance, conductivity, magnetic permeability and other new properties. So that the original parts work in high-speed, high temperature, high pressure, corrosive medium environment, improve reliability and extend the service life.