PRODUCTS

Product features: equipped with professional motion control platform, 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 neat and clean equipment;
 

Scope of application:

Automatic On-Line (axle wheel) AP plasma equipment is mainly used in the electronic industry mobile phone case printing, coating, dispensing and other pre-treatment, mobile phone screen surface treatment; surface cleaning of electrical connectors; Screen printing, transfer pre-processing, etc. for general industries.

Plasma treatment system technology has promoted the rapid development trend of semiconductor materials and optical industrial production, and is widely used in precision machinery and equipment, automobile industry, new energy technology, aerospace, pollution control and many other high-tech industries. The key to plasma cleaning process of plasma treatment system is the use of low-temperature plasma, the key of low-temperature plasma is caused by external conditions such as high temperature, high frequency and high energy, which is a gas-like substance with neutral, high energy and ionized gas. The kinetic energy of low-temperature plasma is about tens of electron volts, in which ions, electrons, free radicals and other specific active particles, and their ultraviolet rays and other substances, which are easy to react with the molecular structure of pollutants on the surface of the material, so that they can be separated, so that they can be cleaned. Because low-temperature plasma has much lower energy than high-energy rays, this method only involves the surface layer of the raw material and does not easily affect the plate characteristics of the material.

Automatic plasma equipment is a dry processing technology, the use of electrocatalytic reaction, can provide a low temperature environment, in addition to the elimination of harmful substances and wastewater formed in the chemical water treatment process, safe and reliable, beneficial to environmental protection. Plasma cleaning integrates plasma physics, plasma chemistry and material surface reflection, which can effectively eliminate the remaining organic air pollutants on the surface of the material, ensuring that it will not be affected by the surface layer and its own characteristics, and has replaced the traditional wet cleaning method at this stage.

Automatic plasma equipment technology mainly uses plasma efficacy to act on the surface of the material, causing a series of physical and chemical reactions, using specific active particles and high-energy rays to reflect and collide with the molecular structure of organic chemical air pollutants on the surface, producing small molecule volatile substances, which are removed from the surface layer to achieve the effect of cleaning. It can be seen that plasma cleaning technology has the advantages of simple process, high efficiency, environmental protection and energy saving, environmental protection and pollution-free.

According to different reaction types, automatic plasma equipment can be divided into two categories: plasma physics cleaning, the use of specific active particles and high-energy ray bombardment to separate out pollutants; Plasma chemical treatment, using the reaction of active particles and residual molecules to separate contaminants.

Unlike traditional solution cleaning, plasma uses the "active effect" of higher-energy chemicals contained in it to complete the cleaning of the surface of the material, and the actual cleaning effect is remarkable, which is a peel-off cleaning. Its removal effect is specifically manifested in the following aspects:

It can solve a variety of materials, and has low requirements for cleaning targets, so it is very suitable for materials that are not resistant to high temperature and solvent-based materials;

After cleaning, there is no need for dry or other technological processes, no waste water, non-toxic gas discharge during work, environmental protection and safety;

The actual operation is simple, easy to control, the vacuum cleaner does not specify high vacuum value, you can also choose atmospheric plasma cleaning and processing technology, in addition, can prevent the use of a lot of solvents, so the cost is low.

Automatic plasma equipment is divided into the type of material to be treated, which has an effective treatment effect on semiconductor materials, metal materials and most polymers, and can maintain the cleaning of the whole, local parts and complex structures. The cleaning process can be automated and intelligent, and a high-precision control system can be installed to accurately control the time. In addition, plasma cleaning technology is widely used in the fields of electronic appliances, surface modification materials and activity of materials because of its ease of use, high precision and strong predictability.

Product features: equipped with professional motion control platform, 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 neat and clean equipment;
 

Scope of application:

Automatic On-Line (axle wheel) AP plasma equipment is mainly used in the electronic industry mobile phone case printing, coating, dispensing and other pre-treatment, mobile phone screen surface treatment; surface cleaning of electrical connectors; Screen printing, transfer pre-processing, etc. for general industries.

Plasma treatment system technology has promoted the rapid development trend of semiconductor materials and optical industrial production, and is widely used in precision machinery and equipment, automobile industry, new energy technology, aerospace, pollution control and many other high-tech industries. The key to plasma cleaning process of plasma treatment system is the use of low-temperature plasma, the key of low-temperature plasma is caused by external conditions such as high temperature, high frequency and high energy, which is a gas-like substance with neutral, high energy and ionized gas. The kinetic energy of low-temperature plasma is about tens of electron volts, in which ions, electrons, free radicals and other specific active particles, and their ultraviolet rays and other substances, which are easy to react with the molecular structure of pollutants on the surface of the material, so that they can be separated, so that they can be cleaned. Because low-temperature plasma has much lower energy than high-energy rays, this method only involves the surface layer of the raw material and does not easily affect the plate characteristics of the material.

Automatic plasma equipment is a dry processing technology, the use of electrocatalytic reaction, can provide a low temperature environment, in addition to the elimination of harmful substances and wastewater formed in the chemical water treatment process, safe and reliable, beneficial to environmental protection. Plasma cleaning integrates plasma physics, plasma chemistry and material surface reflection, which can effectively eliminate the remaining organic air pollutants on the surface of the material, ensuring that it will not be affected by the surface layer and its own characteristics, and has replaced the traditional wet cleaning method at this stage.

Automatic plasma equipment technology mainly uses plasma efficacy to act on the surface of the material, causing a series of physical and chemical reactions, using specific active particles and high-energy rays to reflect and collide with the molecular structure of organic chemical air pollutants on the surface, producing small molecule volatile substances, which are removed from the surface layer to achieve the effect of cleaning. It can be seen that plasma cleaning technology has the advantages of simple process, high efficiency, environmental protection and energy saving, environmental protection and pollution-free.

According to different reaction types, automatic plasma equipment can be divided into two categories: plasma physics cleaning, the use of specific active particles and high-energy ray bombardment to separate out pollutants; Plasma chemical treatment, using the reaction of active particles and residual molecules to separate contaminants.

Unlike traditional solution cleaning, plasma uses the "active effect" of higher-energy chemicals contained in it to complete the cleaning of the surface of the material, and the actual cleaning effect is remarkable, which is a peel-off cleaning. Its removal effect is specifically manifested in the following aspects:

It can solve a variety of materials, and has low requirements for cleaning targets, so it is very suitable for materials that are not resistant to high temperature and solvent-based materials;

After cleaning, there is no need for dry or other technological processes, no waste water, non-toxic gas discharge during work, environmental protection and safety;

The actual operation is simple, easy to control, the vacuum cleaner does not specify high vacuum value, you can also choose atmospheric plasma cleaning and processing technology, in addition, can prevent the use of a lot of solvents, so the cost is low.

Automatic plasma equipment is divided into the type of material to be treated, which has an effective treatment effect on semiconductor materials, metal materials and most polymers, and can maintain the cleaning of the whole, local parts and complex structures. The cleaning process can be automated and intelligent, and a high-precision control system can be installed to accurately control the time. In addition, plasma cleaning technology is widely used in the fields of electronic appliances, surface modification materials and activity of materials because of its ease of use, high precision and strong predictability.