Fluorescence detection light source Accurately capture every detail
Special wavelength UV LED technology redefines fluorescence detection standards
From precise wavelength to stable and durable, meeting the needs of fluorescence detection
Accurate wavelength, clearer fluorescence excitation
The special wavelength UV LED light source has high wavelength accuracy and can accurately match the fluorescence excitation requirements of the detected substance. The excited fluorescence signal is strong and clear, reducing stray light interference and improving detection accuracy
Stable output, more reliable detection results
The light source output is stable, without flicker, and the wavelength and intensity changes are small after long-term use, ensuring the consistency of multiple detection results and reducing the misjudgment rate
Low consumption, long lifespan, and lower operating costs
Energy consumption is only half of traditional light sources, with a lifespan of tens of thousands of hours, reducing replacement frequency and lowering equipment maintenance and usage costs
Full field fluorescence detection, adapted to different detection scenarios
From industrial testing to scientific research experiments, testing is precise and efficient
Industrial defect detection
In industrial testing of electronic components, materials, etc., fluorescence can be clearly excited at the defect site to quickly detect subtle defects and improve product quality testing efficiency
Authenticity identification of gemstones
For gemstone detection, it can accurately stimulate the characteristic fluorescence of gemstones, quickly identify the authenticity of gemstones based on fluorescence reactions, and the results are intuitive and reliable
Biological research testing
In fluorescence detection of biological samples, stable excitation of sample fluorescence helps researchers clearly observe sample characteristics and provide reliable data for scientific experiments
Technical Trust Endorsement
Through certification of the testing equipment, wavelength accuracy and stability have been tested by authoritative standards and have been adopted by multiple research institutions and testing enterprises