EVA lined laser

EVA lining laser is a new type of laser technology with many unique characteristics.

The following will provide a detailed introduction to the characteristics of EVA lined lasers.

Firstly, the EVA lined laser has a high energy density. Its energy density reaches 3-5 joules per square centimeter, which is several orders of magnitude higher than traditional lasers. This means that EVA lined lasers can release a large amount of energy in an extremely short period of time, achieving efficient energy conversion.

Secondly, EVA lined lasers have high-frequency pulses. Its pulse sequence can reach hundreds of thousands of times per second or even higher. This high-frequency pulse sequence can quickly act on the surface of the material, achieving fast machining results.

Thirdly, EVA lining laser has high-precision processing capabilities. Due to its high energy density and dense pulse sequence, it can accurately process in a very small area, achieving micron level machining accuracy. This is very useful for applications that require fine processing, such as the manufacturing of microelectronic components, polishing of jewelry, etc.

Fourthly, EVA lining laser has non-contact processing capability. Traditional processing methods typically require contact with the material surface, which can easily cause surface damage or contamination. The EVA lining laser does not require contact with the material, and directly acts on the surface of the material through the lining laser beam, thus avoiding these problems.

Fifthly, EVA lined lasers have high selectivity. Due to its high energy density, it can selectively process different materials. For example, materials of different colors can be selected for selective processing to achieve etching of colored patterns.

Sixth, EVA lined lasers have sustainable working hours. It does not require frequent downtime for maintenance and can work continuously for a long time, thereby improving work efficiency.

Seventh, EVA lined lasers have a wide range of applications. It can be applied to the processing of various materials, including metal, glass, plastic, etc. And it can also be used in various fields, such as manufacturing, electronics, medical equipment, and so on.

In summary, EVA lined laser has the characteristics of high energy density, high-frequency pulses, high-precision processing ability, non-contact processing ability, high selectivity, sustainable working time, and wide application fields. This makes EVA lined laser have important application value in many fields and has huge development potential.