IdealPhotonics' infrared wavelength meter is a precision instrument specifically designed for measuring the wavelengths of lasers or monochromatic light sources in the infrared band (typically 700nm~20μm). Through infrared optical interference or dispersion techniques (such as Fourier transform and grating diffraction), it achieves absolute wavelength calibration and real-time monitoring of mid-to-far-infrared light sources, suitable for infrared optical systems such as quantum cascade lasers and molecular spectroscopy analysis.It is specifically designed for high-precision wavelength measurement and real-time calibration in the infrared band (700nm~20μm), providing accurate wavelength calibration for infrared laser systems.

Idealphotonics' has launched a visible light wavelength meter, a precision instrument specifically designed to measure the wavelengths of lasers or monochromatic light sources in the visible light band (380-780nm). It achieves nanometer-level precision wavelength measurement through grating diffraction or interferometry techniques.Specifically designed for nanometer-level wavelength measurement in the 380-780nm band, it achieves rapid and accurate laser wavelength calibration based on diffraction/interferometry principles.