IdealPhotonics' near-infrared tunable laser is a laser system whose wavelength can be continuously or steppedly adjusted within the 700-2500 nm range. It achieves high-resolution wavelength output through techniques such as external cavity grating tuning, semiconductor current tuning, or nonlinear frequency conversion, combining wide spectral coverage with rapid switching capabilities. It is specifically designed for applications such as spectral analysis, biological imaging, and fiber optic communication.Through tuning mechanisms such as external cavity grating/current injection, it achieves precise wavelength control with nm-level resolution in the 700-2500 nm band, combining wide spectral coverage, millisecond-level switching speed, and high output stability, making it a core light source tool for molecular spectroscopy detection, OCT medical imaging, and photonics research.

IdealPhotonics' scanning laser is a laser system that achieves periodic scanning of the laser beam in space or wavelength dimensions through mechanical, electrical, or optical means (such as mirror rotation, current modulation, or acousto-optic deflection). It combines high scanning speed (kHz~MHz), positioning accuracy (μrad-level), and repeatability, making it ideal for dynamic scanning scenarios such as lidar, materials processing, and biomedical imaging.By achieving precise periodic scanning of the laser beam in space or wavelength dimensions (kHz-MHz speed) through high-speed mirrors/acousto-optic devices, it combines micro-radian-level positioning accuracy, high repeatability, and real-time trajectory programmability, becoming a core optical engine for dynamic applications such as lidar, laser processing, and bioimaging.