IdealPhotonics' beam quality analyzer is a high-precision optical diagnostic instrument that comprehensively and quantitatively evaluates the transmission characteristics, focusing ability, and coherence of a laser beam by measuring its intensity distribution, phase information, and propagation parameters (such as M² factor, divergence angle, and wavefront distortion).Multi-dimensional, high-precision diagnostics (M² factor, wavefront, polarization, divergence angle, etc.) enable full-parameter quantitative evaluation of laser beam propagation characteristics.

IdealPhotonics' Fabry-Perot interferometer is a high-resolution optical device based on the principle of multi-beam interference. Its core consists of two parallel, highly reflective mirrors (or reflective surfaces). Through multiple reflections and transmissions of light between the mirrors, sharp interference fringes are generated, used for precise measurement of wavelength, frequency, fine spectral structure, or optical cavity length.Based on the principle of multi-beam interference, ultra-narrow resonant peaks are generated through highly reflective parallel mirrors, achieving ultra-high spectral resolution and precise wavelength measurement.