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Shenzhen Super-curing Opto UV LED Detection Flashlight Series: Revealing the Hidden World with Precise Spectrum
Did you know that different UV applications require different "light"—from industrial flaw detection to rapid UV curing, wavelength is key to efficiency and accuracy? Many UV tools on the market attempt to solve all problems with a single wavelength, but the results are often unsatisfactory. As experts in UV LED technology, Shenzhen Super-curing Opto-Electronic CO., Ltd. offers its professional-grade UV LED inspection flashlight series, providing users with four precise wavelength options: 365 nm, 385 nm, 395 nm, and 405 nm. Whether you need extremely pure "black light" for precision inspection or high-efficiency UV-A light for rapid curing, we can provide you with the perfect solution.
Our product line is designed to cover the broadest range of professional needs. Choosing the right wavelength elevates your work efficiency and testing accuracy to new levels. Wavelength models are strategically positioned for optimal application scenarios. Why choose it?
365 nm (Professional Grade)
Ultimate pure "black light" for industrial non-destructive testing (NDT), forensic identification, art restoration, and currency anti-counterfeiting. Minimal visible light interference provides the highest fluorescence contrast, making it the gold standard for precision testing.
385 nm (General Balance)
The balance between curing and detection. General UV curing (such as some inks/coatings), mineral appreciation, and basic testing with moderate requirements. Balances fluorescence excitation efficiency and curing speed, with a wide range of applications.
395 nm (High-Efficiency Curing)
Mainstream fast curing. Rapid curing of most UV adhesives, resins, and coatings; nail polish; and fishing gear curing. Concentrated and powerful light output, ideal for scenarios requiring rapid curing reactions.
405 nm (Near Visible Light)
High-efficiency or special curing. Curing of photoinitiators sensitive to 405 nm; curing of certain 3D printing resins. Approaching the visible light band, it has high energy conversion efficiency and can meet the curing requirements of special resins or adhesives.
Each flashlight is more than just a combination of wavelengths; it's a testament to professional engineering:

