Fuwei Electronics' miniature background suppression photoelectric sensor FGNS08-10 series is specifically designed for the precise detection of various packaging boxes. Its core advantage lies in the detection distance being completely unaffected by the color of the object. Even black packaging boxes can achieve stable 10cm detection, solving the industry pain point of traditional sensors significantly shortening the detection distance for dark-colored targets. The product features a large knob for flexible adjustment and employs a high-transparency filter lens to effectively resist light interference, ensuring accurate and stable performance. Contact us now to obtain customized detection solutions tailored to your industry!

Fuwei Electronics FGNS08-10 Series Miniature Background Suppression Photoelectric Sensor adopts advanced background suppression technology, ensuring detection performance remains completely unaffected by object colors, with adjustable detection distance up to 10CM. Equipped with a large knob design for convenient and precise adjustment, and high-transmittance filter lens to effectively resist environmental interference. Professionally applied in color panel detection, chip identification, packaging box inspection, and cosmetics detection, providing stable and reliable detection solutions for industrial automation.

Fuwei Electronics FGNS04 Ultra-Thin Photoelectric Sensor: Features intelligent sensitivity adjustment, easily detects thin workpieces, micro screws and transparent bottle caps. With a compact 3.5mm body, it fits in narrow spaces, and its high-transparency cover enables visual status indication. It is an essential solution for precision detection in industrial automation!

Struggling with LED Pin Detection? Fuwen Electronics' FGNH04-30NFT ultra-thin photoelectric sensor, with its extreme 4.7mm profile, solves installation challenges in tight spaces. Built with imported components for sensitive sensing and visible red light for precise targeting, it offers multiple high-speed detection modes including thru-beam and diffuse reflection. This ensures high repeatability and stability in LED pin detection, significantly boosting production efficiency and quality in electronics manufacturing.