532nm Laser

Based on fixed external cavity semiconductor seed laser, low noise Yb-doped fiber amplifier and high efficiency frequency doubling module, as well as integrated drive circuit, Precilasers can provide ultra-small frequency doubling 532nm laser, which is widely used in quantum precision measurement and optical precision measurement.

Based on non-single frequency seed laser, fiber laser amplification and high-efficiency frequency conversion technology, Precilasers can provide non-single frequency 532nm laser with maximum output of 40W, long life and excellent beam quality.

Based on single frequency seed laser, fiber laser amplification and high efficiency frequency conversion technology, Precilasers can provide narrow linewidth 532nm laser with high frequency stability, long lifetime and excellent beam quality.

Based on single frequency seed laser, fiber laser amplification and high efficiency frequency conversion technology, Precilasers can provide narrow linewidth 532nm laser with high frequency stability, long lifetime and excellent beam quality.

Based on single frequency seed laser, fiber laser amplification and high efficiency frequency conversion technology, Precilasers can provide narrow linewidth 532nm laser with maximum output of 8W, high frequency stability, long lifetime and excellent beam quality.

Based on Precilasers' narrow-linewidth 532nm laser and all-fiber iodine frequency-stabilized module, the 532nm frequency-stabilized laser can output narrow-linewidth laser output with good long-term stability, which can be applied to fields such as industrial precision measurement.

The high-performance pulsed fiber UV laser launched by PerciLasers has a spectral width of less than 1nm, high pulse stability, and can achieve a typical refrequency of 100~1000kHz, a pulse width of 1-30ns, and an average power of more than 10W UV output. The laser adopts the scheme of full fiber amplification and external frequency doubling, short wavelength, narrow pulse width, high peak power, small processing thermal influence area, excellent beam quality, good long-term stability, maintenance-free, suitable for high-end fields such as fine industrial processing.

The solid-state laser-based solution achieves high repetition rate, high power 532nm laser output, which is suitable for applications such as precision detection.