As an important part of modern industrial production, OCR character detection technology has become more and more widely used. For the electronics manufacturing industry, it seems to be omnipotent. It can not only improve product quality, but also reduce production costs. It is an indispensable production tool for enterprises. With the continuous development of technology, there is still much room for development in OCR character detection technology. There is no doubt that it will become one of the key technologies in automated production in the future, promoting the development and growth of smart factories.

The common white pipes in our daily life are produced from polyethylene, and we also call them PVC pipe. Because of its low price and high strength, it is widely used in moisture protection, heat insulation, maintenance, combustion support and other aspects. They come in various different models. How can we distinguish pipes with the same appearance? I have to say here that laser marking machines play a big role.

The use of machine vision positioning, recognition and detection technologies such as QR codes, bar codes, and character retrieval on the circuit board is like a bright beacon, leading new trends in the development of the industry. Through machine vision positioning recognition and detection technology, we can detect and identify marked characters, patterns, barcodes, QR codes and other information to achieve automated and intelligent management requirements. The application of this technology has undoubtedly given circuit board companies a pair of wings to meet the needs of lean production, quality control, and process improvement.

As the footsteps of winter gradually approach, the cold air follows closely. At this time of year, it is particularly important to have a sip of hot water at any time. The laser marking vacuum cup is an ideal choice for winter health preservation. It not only has excellent insulation functions, but also a symbol of fashion and taste.

After Tetra Pak milk bags are coded, how does the manufacturer detect and identify them to control the quality of milk? It turned out that our OCR character visual detection system was used.