1.5μm laser

PreciLasers 1.5 m low-noise femtosecond lasers use non-linear amplification loop mirrors to achieve long-term high-stable pulse output; adapt to high-temperature working conditions. In order to further entrench the core advantages of low noise; the laser is Depthly optimized from pump sources and light-path designs; design of the low loss and loss of light and resistance structures through steady frequency band control of pump sources; systematic reduction of the primary oscillator ' s in situ noise and range noise; reliance on innovative non-linear spectrum extension and low noise amplification techniques; while widening the pulsation spectrum; effective suppression of the accumulation of noise during amplification; achievement of pulse laser outputs with very low time and ultra-low time dithering over a long period of time; and core support of the scenes of high accuracy measurements, photo frequency signs, etc., that are harsh for noise indicators. With core advantages such as 1.5 mm low-depletion properties, wide spectroscopy coverage, hyper-short pulse width, high repeat frequency, ultra-low phase noise, very low-time shaking; this laser can be widely applied to advanced scientific research and high-end industrial fields such as atomic molecular fundamentals, high-precision laser interferometry, optical frequency and time-frequency transmission, super-speed dynamic imaging, fiber-optic communication system testing, non-light optical forward exploration, semiconductor precision testing

Atomic molecular photophysics; precision measurements; super-fast imaging

High-Power; Wavelength; Power