Leading Laser Technology Provider – Diode, Microchip & High-Energy Solid-State Lasers

The 1470nm laser leverages strong water absorption for efficient localized energy conversion. Its precise thermal effects enable controlled tissue interaction with minimal peripheral impact (

The 785nm laser, as the core light source for handheld Raman spectrometers, offers superior sensitivity, fluorescence suppression, and eye safety. Compared to 532nm and 1064nm lasers, this wavelength optimally balances fluorescence reduction and signal intensity, enabling on-site rapid detection of drugs, explosives, etc. Advances in semiconductor laser technology ensure portability with lab-grade accuracy, while AI integration enhances performance, demonstrating broad potential in public safety and pharmaceutical quality control.

Visibility quantum lidar uses Mie scattering to retrieve the extinction coefficient and calculate 3D visibility, overcoming the limits of single‑point meters. For the low‑altitude economy, miniaturized systems require compact lasers. RealLight’s passively Q‑switched microchip laser offers small size, low power, narrow pulses, and stable pointing, making it ideal for short‑range, high‑reliability visibility monitoring.

1535 nm erbium glass lasers offer Class‑1 eye safety, 30+ km ToF ranging, –40~70°C operation without temperature control, and 150 kW peak power. RealLight provides full‑chain domestic production, 100k+ annual capacity, and customizable modules for drones, security, and lidar applications.