Optical Detection

OPTICAL DETECTION is a detection technology based on optical principles, which captures and measures the physical properties of a beam or light signal to achieve measurement and recognition of the measured object. Optoelectronic detection technology has advantages such as high precision, high speed, non-contact measurement, high reliability, wide application, visual detection, and intelligence. It plays an important role in improving production efficiency, reducing costs, and ensuring safety. Photoelectric detection technology can quickly and accurately detect defects, pollutants, and other adverse elements in products, thereby improving product quality and production efficiency. It can also automate testing tasks, reduce the cost and error of manual testing, improve the accuracy and reliability of testing, reduce scrap rates, and thus lower costs. In the detection of hazardous substances, defects and other harmful elements, it also plays an important role in effectively avoiding accidents. Through the course of OPTICAL DETECTION, one can gain a deep understanding of the principles, methods, and applications of optical detection, including photoelectric conversion, measurement and control of optical signals, and the application of photoelectric sensors. During the experiment, various experimental skills were also involved, such as selecting light sources, adjusting optical paths, using detectors, and data processing. Through experiments, students can master these skills and improve their experimental operation and data processing abilities.