Verwirbelte 1000–1750 nm LED
Empower Your Vision Beyond the Visible Spectrum.
We are thrilled to announce the official launch of our next-generation High-Power Short-Wave Infrared (SWIR) LED Series. Operating at the critical wavelengths of 1700nm Und 1900nm, this series delivers industry-leading optical power and exceptional stability. Engineered for the most demanding inspection, sorting, and sensing systems, it is the ultimate high-performance light source your advanced optical projects have been waiting for.
Key Features
- Monstrous Power Output: Powered by state-of-the-art large-format chips, delivering game-changing optical power density.
- Pinpoint Spectral Precision: Locked at 1700nm and 1900nm to match the exact absorption peaks of water and organic compounds.
- Built to Last: Advanced thermal management with high-conductivity ceramic substrates ensures a lifespan of tens of thousands of hours.
- Instantaneous Response: Supports high-frequency modulation (microsecond level) to effortlessly match high-speed industrial cameras.
- Eco-Friendly & Pure: Zero harmful thermal radiation and ultra-low power consumption compared to bulky, traditional halogen lamps.
Empowering Your Applications
🔍 The 1700nm Powerhouse: Material & Semiconductor Precision
- Advanced Material Sorting: Perfect for high-speed plastic recycling, chemical sorting, and food quality (sugar/protein) analysis.
- Silicon & Wafer Inspection: Effortlessly penetrates silicon materials to detect internal defects, cracks, and alignment in semiconductors.
- Deep Bio-Imaging: Offers deep tissue penetration for non-invasive medical imaging and advanced physiological research.
💧 The 1900nm Specialist: Ultimate Moisture & Gas Sensing
- Hyper-Sensitive Moisture Detection: Positioned at the peak of water absorption, ideal for real-time moisture analysis in paper, soil, and pharmaceuticals.
- Precision Gas Analysis: A key wavelength for detecting specific gas concentrations in environmental monitoring and industrial emissions.
- Optical Security & Anti-Counterfeiting: Used for identifying specialized security inks and analyzing complex chemical compounds.