Different plasma strippers may be suitable for different types of materials

　　The working principle of plasma degumming machine is based on plasma technology, which uses the chemical and physical effects of high-energy ions and electrons to remove glue or adhesive residues. This technology has the advantages of high efficiency, no pollution and no need to use chemical solvents, so it is widely used in fields such as electronic manufacturing, optical devices, aerospace and automotive industries.

Ionized gas is generated by high-frequency electric field or radio frequency power supply, usually using argon or nitrogen as working gas. These gases are ionized under the action of high voltage to form plasma; the plasma generated during operation is guided to the surface to be treated, usually through a nozzle or electrode. The ions and electrons in the plasma react chemically or physically collide with the glue or adhesive residue to decompose or peel it off; during the treatment process, the action of high-energy ions and electrons will destroy the chemical bonds or molecular structure of the glue or adhesive, making it fragile or easy to peel off. At the same time, plasma can also oxidize or burn the glue or adhesive residue to convert it into gas or solid residue.

When choosing a plasma degumming machine, you can consider the following key factors:

1. The goal is to effectively remove glue or adhesive residues. Therefore, it is crucial to choose a machine with good degumming effect. You can check the product description, user reviews or consult the manufacturer to understand the machine's degumming capacity and effect.

2. Different plasma degumming machines may be suitable for different types of materials, such as plastic, rubber, metal, etc. Make sure the machine you choose is suitable for the type of material you need to degummed to ensure that the expected degumming effect can be achieved.

3. Consider your production needs and expected output and choose the appropriate processing capacity. The processing capacity of the machine is usually measured in the amount of degumming per hour or the degumming time per workpiece. Make sure the processing capacity of the machine can meet your production requirements.

4. Choose a plasma degumming machine with an easy-to-operate and flexible control system. The operating interface should be intuitive and easy to understand, and easy to operate to reduce the training cost of operators and the possibility of operating errors.

5. Working conditions such as high temperature and high voltage are involved, so safety is an important consideration. Make sure the selected machine has the necessary safety features and protection measures, such as overheating protection, current protection, emergency stop function, etc.

6. Choose one that is highly reliable and easy to maintain. Understand the quality of the machine and the reputation of the manufacturer, as well as whether timely technical support and after-sales service are provided.