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A plasma machine is a surface treatment device used to enhance the adhesion of inks, coatings, and adhesives on various materials before printing or bonding. By generating plasma—a highly reactive ionized gas—the machine cleans, activates, and modifies surfaces at a microscopic level.
This process removes contaminants, increases surface energy, and improves wettability, ensuring stronger and more durable print adhesion.
Plasma treatment is widely used in industries such as packaging, automotive, electronics, and textiles, offering an eco-friendly and efficient solution for optimizing material surfaces without the use of harsh chemicals.
Key Benefits:
Improves ink adhesion and print quality Increases surface energy for better wettability
Removes organic contaminants and oxidation layers Environmentally friendly and chemical-free process
Suitable for a wide range of materials (plastics, metals, glass, etc.)
This technology ensures superior bonding performance, reducing defects and enhancing product durability.
Principle of generating the air plasma
Matter generally has three states with temperature change, namely solid, liquid and gaseous. When energy is further added to the gaseous material, a chemical reaction occurs in the gaseous material, forming a mixture of electrons, ions and high-energy particles in a state known as plasma.
Principle of applying the air plasma
Ionized air is generally used to obtain plasma in current science and technology. Since the plasmas are of 1-15eV energy generally, they can easily break the chemical bonds of other molecules to form new polar groups when they collide with other molecules, thus greatly improving the adhesion of the material surface. With this property of plasma, we will be able to develop many applications of the technology to modify the polymer surface.
A plasma machine is a surface treatment device used to enhance the adhesion of inks, coatings, and adhesives on various materials before printing or bonding. By generating plasma—a highly reactive ionized gas—the machine cleans, activates, and modifies surfaces at a microscopic level.
This process removes contaminants, increases surface energy, and improves wettability, ensuring stronger and more durable print adhesion.
Plasma treatment is widely used in industries such as packaging, automotive, electronics, and textiles, offering an eco-friendly and efficient solution for optimizing material surfaces without the use of harsh chemicals.
Key Benefits:
Improves ink adhesion and print quality Increases surface energy for better wettability
Removes organic contaminants and oxidation layers Environmentally friendly and chemical-free process
Suitable for a wide range of materials (plastics, metals, glass, etc.)
This technology ensures superior bonding performance, reducing defects and enhancing product durability.
Principle of generating the air plasma
Matter generally has three states with temperature change, namely solid, liquid and gaseous. When energy is further added to the gaseous material, a chemical reaction occurs in the gaseous material, forming a mixture of electrons, ions and high-energy particles in a state known as plasma.
Principle of applying the air plasma
Ionized air is generally used to obtain plasma in current science and technology. Since the plasmas are of 1-15eV energy generally, they can easily break the chemical bonds of other molecules to form new polar groups when they collide with other molecules, thus greatly improving the adhesion of the material surface. With this property of plasma, we will be able to develop many applications of the technology to modify the polymer surface.
