GM8050C fiber grating instrument

Light: Flight seconds laser amplifier (1030 nm/515 nm, 1-200 kHz) Process materials: Stone fiber, sapphire fiber, etc Axis repeat location precision: ±50 nm; ±100 nm

The Royal-FBG series flight-second straight-writing system is equipped with high-frequency flying-second laser amplifiers (optional formulas); a high-precision high-speed air-coast trajectory straight-line power transfer platform and high-value aperture impregnated oil lenses. For use at universities and scientific institutions in the direction of fibre-optic sensing, fibre-optic lasers and optical communications

Maximum number and spacing of decompressed fibre-optic rasters: >70 @ 1200 pm Wavelengths to combine resolution: <0.5pm

High-speed fibre-optic scalder modules; high-resolution spectroscopy analysis techniques; C+L wavelength coverage; support for real-time collection at kHz level; easy access to large-scale FBG arrays, high-speed, high-precision resolution. It can provide you with stable, accurate, real-time fibre-optic sensor solutions, whether in structural health monitoring, smart manufacturing, or industrial robotics. High resolution; wavelength proposed accuracy better than 20 pm; meeting precise monitoring needs, wide wavelength coverage; supporting C+L bands; hosting more FBG sensors, high-speed collection; up to 17 kHz sampling rate; real-time capture of dynamic variability and vibration signals, robust compatibility; fit multiple FBG sensor networks; easy to integrate systems

Customization of fibre-optic scabs allows us to provide a variety of fibre-optic scavengers; such as flat scavengers, scavengers, long-cycle scabs, tilt fibre-optic scabs, broadly applicable to fibre-optic lasers, pulse compression, microwaves, sensors, metrology, shape sensing and biotechnology. Colour-dispersion compensates for fibre-optic flask, which is used as an output lens for a lock-molecular ultra-rapid oscillator; adjusts the overall colour dispersion within the laser cavity; in this case the cavity can be kept locked in larger spectro widths and shorter veins; and thus controls the work and output pulse width of the laser. Customise CFBGs of different specifications according to user needs

Overwrite wavelength: typ: 1030~1080; condition: 50nm@10dB Output Power: typep: 10/2030; condition: fixed powermW

The broadband light source is the base dry optic and high performance pump laser; the ASE spectrum covers 1030-1060 nm; and optimizes the light source structure; and has a high output power and a better flatness. It can be used for fibre-optic device tests, fbG rasters, engraving systems, etc. RS232 interfaces and uploading software are available; light source module status monitoring is facilitated. Power is stable, spectra is flat, remotely monitored

Work wavelength: 974‡1/976t1nm Short-term stability: ‡0.02dB Long-term stability: +0.05 dB

974/976 nm Single wavelength lasers employ butterfly semiconductor laser chips with fibre-optic FBG lock frequency; professionally designed power circuits and TEC control to ensure the safety of lasers; output power and spectrum stability. Fits as a fiber-optic laser or fibre-optic amplifier pump light source. High output power, wavelength lock, desktop wrap