The M Series RF CO₂ lasers feature a slab discharge design. The peak power of the M500 RF CO₂ lasers achieves over 1800W. This compact laser integrates the RF power supply with the laser cavity, providing excellent beam quality and power stability. The M300 lasers get short pulse rise and fall times, significantly enhancing production efficiency. With its high peak power and superior beam quality, the M300 lasers are ideally suited for a wide array of material processing applications.

The M series RF CO₂ lasers feature a slab discharge design, with the M300 lasers achieving a peak power of over 750W. This compact laser integrates the RF power supply with the laser cavity, providing excellent beam quality and power stability. The M300 lasers get short pulse rise and fall times, significantly enhancing production efficiency. With its high peak power and superior beam quality, the M300 lasers are ideally suited for a wide array of material processing applications.

The M2-150 RF CO₂ laser is designed with a slab discharge configuration, with the M2-150 RF CO₂ laser achieving a peak power of over 375W. The M2-150 RF CO₂ laser deliver excellent beam quality and power stability. With short pulse rise and fall times, the M2-150 RF CO₂ laser significantly enhance production efficiency. The high peak power and superior beam quality make the M2-150 RF CO₂ laser an ideal choice for a wide range of material processing applications.

The M150 RF CO₂ laser is designed with a slab discharge configuration, with the M150 RF CO₂ laser achieving a peak power of over 375W. The M150 RF CO₂ laser deliver excellent beam quality and power stability. With short pulse rise and fall times, the M150 RF CO₂ laser significantly enhance production efficiency. The high peak power and superior beam quality make the M150 RF CO₂ laser an ideal choice for a wide range of material processing applications.

The UV laser emits laser with wavelengths in the ultraviolet band, featuring high energy density. It performs exceptionally well in the field of precision processing, capable of conducting fine micro-processing on various materials such as glass, ceramics, and semiconductors, etching out high-precision patterns.

The UV laser emits laser with wavelengths in the ultraviolet band, featuring high energy density. It performs exceptionally well in the field of precision processing, capable of conducting fine micro-processing on various materials such as glass, ceramics, and semiconductors, etching out high-precision patterns.