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Automation technology: bring new changes in printing and dyeing equipment

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Whether domestic or foreign, printing and dyeing machinery in recent years, the most significant the development undoubtedly automation technology development and application, such as printing and dyeing process parameters online detection and control technology, has realized the temperature, velocity, humidity, feeding, tension, width, The influx rate parameters real-time online detection and control; dyes and chemicals to achieve automatic metering, storage and distribution; using machine vision technology to achieve automatic online detection of the of fabric defect and chromatic aberration. These subsystems and collection of a dyeing factory automation control systems, remote diagnosis, remote management, rational use of resources such as water, electricity, gas, dyes and accurate allocation.
Field of automation in the printing and dyeing, Germany MAHLO company, and PLEVA company is printing and dyeing of online detection and control field representative enterprises, the Weft, online sensors and measurement devices and detection systems and other products high profile in the industry; Israel EVS fabric defect detection equipment and component analysis system in the commercial success of its weaving defect detection point minimum 0.1mm, detection speed up to 800m/min; Netherlands VANWYK and other company automated tinting system, automatic powder dye distribution system, the high precision powder dye ingredients of the distribution system (up to 0.01 g); online detection and control equipment manufacturing representative business Changzhou Hongda Electric, Xian De higher alkali concentration detector, with the influx rate detection temperature and humidity detection system, the concentration of alkali concentration detection system control accuracy of ± 2.0g / 1.
Back to the high degree of automation, wide, large flowers, multi-chromatic, squeegee way and varieties and wide adaptability is the development direction of printing equipment, which conforms to the current textile diverse trends. The rotary screen printing machine manufacturing enterprises at home and abroad Stoke, The Netherlands, Austria ZIMMER, Hong Kong Yumin MBK, the Japanese Toshin Yellowstone textile machinery, Xian De, Jinjiang Ji Long. Netherlands Stoke company is a world-renowned manufacturer of rotary screen printing machine, and its products have become the de facto industry standard, the original rubber ball printing waste slurry recovery systems, and establish a model for environmentally friendly printing machine. Buser, Switzerland is internationally renowned flat screen printing machine manufacturers, and China has a large number of users of its products in the innovation, accuracy, reliability ranking flat screen printing machine manufacturing leadership
Dyeing and printing equipment, finishing the development of technology and equipment to a variety of mechanical and chemical finishing technology is used to improve the appearance of the fabric wearability and increase the value of the products. A wide variety of equipment in this field, the fastest growing new products. Variety of finishing machinery products manufactured in developed countries but soft and full after the processing of the fabric of these devices, and high added value. Stenter the main finishing equipment, high energy consumption is a major problem in the development of the Stenter machine. Cloth moisture regain detection parameters of the cloth temperature and drying room exhaust humidity, out of the drying process for real-time control, the development of low-finishing equipment to liquid technology and heat recovery technology, which can effectively reduce energy consumption. Well-known manufacturers of foreign Stenter Germany Bruckner, Monforts, domestic enterprises Shaoyang Textile Machinery, Shanghai Pacific printer. Monforts Stenter machine, Germany using a modular structure, advanced control system. The device has a dual air flow system, up and down the airflow completely separate regulation, drying room exhaust gas through a heat exchanger for heating the fresh air.