24-channel multi-wavelength optical fiber light source for ITU wavelengths

Multi-channel fiber light sources are widely used devices in scientific research and production testing, capable of providing multi-channel outputs with multiple laser wavelengths or single-channel outputs across various wavelengths. Its wavelength range covers the visible light and near-infrared regions, providing stable spectral characteristics and power output. This device features a wide range of wavelength options, independently adjustable parameters for each channel, user-friendly operation, and high safety performance.

1310 nm multi-channel continuous fiber optic light source, 10 mW per channel

The 1310 nm multi-channel desktop light source is a core piece of equipment widely used in scientific research, experiments, and industrial production testing. It delivers stable multi-channel laser signals at the 1310 nm wavelength range, featuring spectral purity and reliable output power. The device supports a wide selection of wavelengths, enables flexible multi-wavelength configuration, offers independently adjustable parameters for each channel, features simple operation, and provides excellent safety performance. Leveraging these key advantages, it is extensively applied in fields such as fiber optic sensing, optical communication device testing, biomedical imaging, semiconductor inspection, and machine vision inspection, precisely meeting the requirements for high-performance, stable multi-channel light sources across diverse applications.

O-band multi-channel continuous fiber optic light source

The multi-channel desktop light source is a widely used device in scientific research and production testing, capable of delivering multi-channel outputs with multiple laser wavelengths or single-channel outputs across various wavelengths. It covers the entire spectrum of communication wavelengths, offering stable spectral performance and power output. This equipment features extensive wavelength selection, independently adjustable parameters for each channel, user-friendly operation, and high safety standards. Thanks to these advantages, the multi-channel desktop light source is extensively applied in fields such as fiber optic sensing, optical component testing, biomedical imaging, semiconductor inspection, and machine vision inspection, meeting the demand for stable multi-channel spectroscopy across diverse applications.