On July 20, the 2021 Foshan Tanzhou Ceramics Exhibition opened grandly at the Foshan (Tanzhou) International Convention and Exhibition Center! As the most influential ceramics event in Asia, more than 400 well-known domestic and foreign companies gathered on site to showcase new products, new equipment, new materials, new technologies, and new processes throughout the ceramic industry chain.
Among them, ATV Industrial Technology (Shenzhen) Co., Ltd. (hereinafter referred to as "ATV"), represented by technological innovation enterprises, made a grand appearance at this exhibition with a full-line inspection solution for ceramic production, empowering ceramics with a new AI algorithm industry, opening up new routes for enterprises to reduce costs and increase efficiency, and lead the trend of ceramic tile defect detection.
At the ATV booth, the “super stylish” ATV ceramic defect detection machine attracted attention, attracting many experts and visitors to stop and communicate. ATV’s sales manager introduced the ATV ceramic defect detection machine to the guests in detail Technical advantages and working principles.
It is reported that the equipment has the characteristics of high speed, high precision and high efficiency: the processing time of each brick is less than 500ms; the detection accuracy of brick surfaces with different textures is more than 98%; rapid product switching and modeling can be done within 10 minutes Completed and standardized grading of each level is achieved. According to customer feedback, the ATV ceramic tile defect detection machine can improve the level of ceramic tile detection by more than 20%.
Customer use site
Currently, this equipment has been successfully used in the production lines of well-known domestic ceramic companies to accurately detect defects in ceramic machinery, glazes, and decorations, and automatically grade ceramic tiles and output data according to quality control data requirements. Meet the needs of ceramic enterprises for product quality control and achieve cost reduction and efficiency improvement.
