This series uses general or customized rotary fixtures suitable for small and medium-sized workpieces on conventional MOPA laser marking machines. Such fixtures can usually be controlled by conventional control boards and software, which can improve the marking efficiency of small parts with less cost increase. MOPA lasers can produce black permanent marks on stainless steel…
MOPA (Master Oscillator Power Amplifier) lasers are made by combining a low-power seed laser (master oscillator) with high beam quality with a high-power fiber amplifier, which can achieve precise control of laser output and high-power amplification. Compared with conventional fiber lasers, MOPA lasers can adjust pulse width, have a larger frequency adjustment range, and obtain…
After we began supplying custom laser marking machines for surface processing in the laptop industry, our customer recommended us to another manufacturer—this time a smartphone producer based in China. This new client holds over 10% of the global smartphone market and produces and sells over 100 million devices annually. Previously, the client used dozens of…
Some customers in the automotive and machinery industries need to mark multiple surfaces and multiple locations on workpieces such as engines at the same time, and need to meet the needs of using robots or overhead cranes for automatic loading and unloading. We have developed a solution that uses one computer to drive multiple scanning…
This automated, double-sided fiber laser marking machine workstation is perhaps the fastest method. This machine uses one computer to control two MOPA fiber lasers that mark two opposing sides of a workpiece simultaneously. Because the laser direction is not aligned with the tabletop, this machine does not have the typical honeycomb aluminum or marble tabletop…
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