Ytterbium ion (Yb⁺) quantum computing and optical clock applications

Based on single frequency seed laser, fiber laser amplification and high efficiency frequency conversion technology, Precilasers can provide narrow linewidth lasers with a maximum output of 1W, high frequency stability, long lifetime and excellent beam quality.

Based on high-power, low-noise Yb-doped fiber lasers amplifier and frequency doubling technology, Precilasers can provide high-power, narrow linewidth laser output with a wavelength ranging from 355 to 373 nm.

Based on high-power, low-noise Er-doped fiber lasers amplifier and frequency quadrupling technology, Precilasers can provide high-power, narrow linewidth laser output from 385 to 399 nm.

Based on single frequency seed laser,low noise fiber amplifier and high efficiency frequency convert technique, Precilasers can provide narrow linewidth 460-488nm CW lasers,features with high frequency stability,long life and good beam quality.

Based on high-power, low-noise ytterbium-doped fiber amplification and frequency doubling technology, it achieves high-power, narrow-linewidth laser output at any central wavelength within the 543-556nm range.

Based on high-power, low-noise thulium-doped fiber amplification and frequency tripling technology, high-power narrow-linewidth laser output with any central wavelength in the range of 578-610nm is achieved.

Based on single frequency seed laser,low noise fiber amplifier and high efficiency frequency convert technique, Precilasers can provide narrow linewidth 639nm CW lasers,features with high frequency stability,long life and good beam quality.

Precilasers uses ultra-narrow linewidth fiber DFB laser as the seed source, and uses the difference frequency solution to achieve narrow linewidth, low noise 759nm laser.

Based on high-power, low-noise Er-doped fiber lasers amplification and frequency doubling technology, Precilasers can provide high-power, narrow linewidth laser output with a wavelength ranging from 765 to 798 nm.

Precilasers has launched a single-frequency Raman fiber amplifier with an ultra-wide wavelength range of 1120-1700 nm, filling the gap in emission wavelengths of rare-earth ion-doped fiber lasers. This series of single-frequency Raman amplifiers, based on Raman amplification technology, boasts a maximum output power of up to 30 W. Its all-polarization-maintaining, all-fiber structure ensures the laser features a compact design, excellent long-term stability, and maintenance-free operation. Meanwhile, it guarantees extremely low intensity noise and phase noise of the output laser. With characteristics such as high power, low-noise amplification, and ultra-fast seed cut-off protection, this amplifier meets the demand for lasers with special wavelengths in applications like laser atomic cooling and laser spectroscopy.

Based on narrow-linewidth seed lasers and erbium-doped fiber amplification technology, it achieves high-power, narrow-linewidth laser output in the 1525-1625nm range, with a maximum output of 40W. It also ensures extremely low intensity noise and phase noise of the output laser. Features include high power, low-noise amplification, and ultra-fast seed cut-off protection.