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Application of picosecond laser technology

Categories:Picosecond Laser
Author:
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Published on:2021-08-11

The picosecond laser technology is gradually becoming the preferred technology for various micro-scale material processing applications.

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Application of picosecond laser technology

The picosecond laser technology is gradually becoming the preferred technology for various micro-scale material processing applications.

Categories:Picosecond Laser
Author:
Origin:
Published on:2021-08-11

Information

The picosecond laser technology is gradually becoming the preferred technology for various micro-scale material processing applications. Especially in recent years, a series of new developments in all-solid-state (DPSS) laser technology have rapidly transferred a large number of new special materials that could only be processed in the laboratory to various mature industrial production lines.

customized picosecond laser
The revolutionary design of picosecond laser uses a fiber seed source, which ensures ultra-high beam quality (M²<1.3) and high pulse energy stability (<1.5%). At the same time, all optical components are integrated in independently sealed modules, which are sturdy and reliable, and meet the needs of 7×24 industrial use.
The picosecond laser has a repetition frequency of up to 1000 kHz without complicated maintenance. This is particularly important in high-speed, high-precision, and high-throughput material processing applications, and it has quickly become the first choice for a large number of industrial applications since its introduction. All optical components are installed in a solid, precision-machined single aluminum block, which can be used as an independent module for customized solutions. The sealed structure ensures that the picosecond laser can operate stably for a long time in the production environment. Hand-free operation design, plus optimized layout, PC control, built-in self-diagnosis system and advanced status report. The excellent beam quality can easily focus the laser beam to the smallest spot size at different working distances, so that the picosecond laser energy density is large enough to process almost any material.