SL1001 is a single-frequency continuous-wave solid-state laser with a 1064 nm wavelength and 300 mW output via optical fiber. It features an ultra-narrow linewidth of 1 kHz, low intensity noise of -150 dB/Hz @ 10 kHz, high linear polarization of 25 dB and customizable programmable control. When powered solely by the UPS battery, the laser can operate steadily for over 18 hours. Widely adopted in precision optics such as gravitational wave detection, atom trapping and cooling, optical frequency standards and quantum optics experiments, it also serves navigation fields including laser gyroscopes and lidar. Additionally, it holds great application value in laser communication networking, semiconductor inspection, biomedicine and other sectors.
Linewidth can be compressed to the kilohertz or even hectohertz level, greatly reducing frequency dispersion and delivering ultimate frequency accuracy for precision spectral analysis and quantum information processing.
Linewidth can be compressed to the kilohertz or even hectohertz level, greatly reducing frequency dispersion and delivering ultimate frequency accuracy for precision spectral analysis and quantum information processing.
Linewidth can be compressed to the kilohertz or even hectohertz level, greatly reducing frequency dispersion and delivering ultimate frequency accuracy for precision spectral analysis and quantum information processing.
Linewidth can be compressed to the kilohertz or even hectohertz level, greatly reducing frequency dispersion and delivering ultimate frequency accuracy for precision spectral analysis and quantum information processing.
Linewidth can be compressed to the kilohertz or even hectohertz level, greatly reducing frequency dispersion and delivering ultimate frequency accuracy for precision spectral analysis and quantum information processing.
Linewidth can be compressed to the kilohertz or even hectohertz level, greatly reducing frequency dispersion and delivering ultimate frequency accuracy for precision spectral analysis and quantum information processing.
Linewidth can be compressed to the kilohertz or even hectohertz level, greatly reducing frequency dispersion and delivering ultimate frequency accuracy for precision spectral analysis and quantum information processing.
High degree of linear polarization
High degree of linear polarization
High degree of linear polarization
High degree of linear polarization
