At this year's Munich Shanghai Laser Expo, Raycus Laser officially launched its new high-performance and premium Q-switched pulsed fiber laser series tailored for the laser engraving and precision marking market. According to official data, the series achieves a maximum single-pulse energy of 2mJ, setting a new domestic benchmark for Q-switched lasers and effortlessly handling demanding, deep engraving and marking tasks.
Most notably, Raycus has achieved an industry-first breakthrough with the adjustable pulse width feature for Q-switched lasers in this new series. The premium models boast an exceptionally short pulse width buildup time of just 2μs, enabling highly precise energy release and control within an extremely short timeframe. This technological advancement allows operators to flexibly adjust the laser pulse width based on different materials and processing requirements, significantly enhancing marking fineness and edge quality while maintaining high processing efficiency.
In terms of practical applications, the new series demonstrates exceptional versatility. Driven by its high single-pulse energy and ultra-short pulse width response, it is ideally suited for high-precision processing scenarios, including 2D code marking on power batteries, fine marking of 3C electronic components, and hardware mold engraving. For instance, in power battery manufacturing, clear and permanent 2D codes are crucial for full-lifecycle quality traceability. Raycus' new series ensures high contrast and readability of these codes at high marking speeds, meeting the stringent requirements of new energy vehicle manufacturers for component "digital IDs."
The launch of this new series not only enriches Raycus' comprehensive laser portfolio in precision processing but also further solidifies its technological moat as a leading domestic fiber laser manufacturer. Through independent innovation in core technologies, Raycus is accelerating the localization of high-end laser marking equipment, providing robust foundational technical support for the high-quality development of domestic intelligent manufacturing.
