RealLight's Raman probes enable non-destructive, real-time material analysis across pharmaceuticals (PAT, API verification), petrochemicals (reaction monitoring), lithium batteries (electrode evolution), food safety (pesticides, adulteration), and forensics. Featuring high sensitivity, industrial-grade stability, and customizable options (immersion, high-T/p, SERS), these fiber-coupled probes support lab and harsh-field applications.

Multi-wavelength diode lasers enable sensitive bio-tissue analysis via spectral, imaging, and biosensing. RealLight’s AWSO-B offers 36 channels, TEC control (0.3nm/°C), and flexible output for reliable detection.

Handheld Raman lasers (532–1064nm) use narrow-linewidth diodes. Single-mode enables micro-analysis; multi-mode offers higher power. Wavelength choice balances fluorescence and signal. RealLight provides compact modules for advanced detection.

The NLMO-785nm laser features

Seed light serves as the core of high-power pulsed laser systems and determines the overall output performance of the whole device.RealLight launches the MCD series low repetition frequency OEM microchip laser. Adopting semiconductor pumping and passive Q-switching technology, equipped with Nd:YAG and Cr⁴⁺:YAG crystals, it outputs 1064 nm wavelength and 350 ps pulses. With a compact structure and fully sealed integrated design, the product is easy for equipment integration. Based on the MOPA amplification architecture, it maintains excellent beam quality and spectral characteristics, providing high stability, high precision and high reliability pre-seed light source for medical aesthetic and high-end laser equipment.

Multi-wavelength diode lasers integrate 650nm to 1064nm bands for synergistic photobiomodulation. Different wavelengths vary in penetration depth and biological effects—from cellular ATP promotion to deep tissue repair and minimally invasive surgery. Compared with single-wavelength devices, they offer broader indications and better efficacy. RealLight's AWMO/AWM series provide stable multi-wavelength output and customization, driving precise, non-invasive physical therapy.