The textile industry is a labor-intensive industry, with the development of science and technology and the gradual improvement of people's living standards, the textile industry, an industry closely related to people's lives, has also undergone radical changes, the textile workshop has long been not the roaring machines, flying silk cake and shuttle back and forth to change the spindle to receive the silk female workers.

China is the world's factory, China textile is also at the forefront of the world, at present, the scale of China's textile industry has exceeded 50% of the global. Only in recent years, due to the rise in labor costs, many textile companies have moved to Southeast Asian countries. In order to protect employment, maintain the integrity of the industrial chain, and expand China's textile competitiveness, intelligent textile upgrading is underway, and bright and clean factories, and the entire automated production workshop has become the pursuit of many textile enterprises.

Textile is systematic engineering, involving chemical fiber, spinning, manufacturing, printing, dyeing, and other multi-procedures, from fiber automatic drop barrel, sorting, storage, palletizing, and packaging, many steps can't do without automation technology. What can be clear is that textile intelligence is digital, networked, and intelligent in parallel to promotion. Specifically, mainly refers to the production automation, intelligent control system, online monitoring informatization, integration of artificial intelligence, Internet +, Big Data, and other technologies to achieve leapfrog development of the textile industry.

Full automation of production process, intelligent control system, online monitoring informatization, is the application of textile machinery intelligent production embodiment, but also industrial-grade touch screen monitors' application scenarios.

In the textile automation application case, different procedures and steps of textile can be adapted to the automation application, and various textile stages can be completed under the automation of textile machines, popping machines, carding machines, silk twisting machines, rope closing machines, and other equipment.

In the automated plant area, other work segments, such as warehouse sorting, storage palletizing, quality inspection, production line management, etc., also involve many automated applications. Jawest touch display equipment is suitable for most of these applications in textile factories due to high performance, software compatibility, and environmental adaptability.

In the textile automation upgrade, Jawest touch control display equipment has the following advantages.

Anti-static: for the special environment of a textile factory, textile material fiber friction is easy to generate static electricity, Jawest touch display equipment with anti-static design, port contact is 4KV, air contact is 8KV, can upgrade the port contact to 8KV, and air contact to 15KV, does not affect the operation of the monitor, keep stable operation.

The Jawest industrial touch monitor is engineered for industrial-grade applications and environment standards, the internal anti-vibration structure is designed to cope with the vibration generated during the textile process, protecting the monitor while maintaining its stability.

Jawest touch displays adopt industrial-grade mainboard, low power consumption, support 7X24 hours uninterrupted and stable operation, well meet long time textile needs.

Compatibility with 99% of the industry software, applied to textile manufacturing application management.

Support wall-mounted, VESA, desktop, panel-mount, and other installation methods, can match a variety of equipment applications.

Textile's intelligent upgrading is a systematic project, and Jawest has several series of industrial-grade touch monitors and panel PCs that can be digitally customized according to different scenarios of textile mills to take advantage of their applications.

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