IOT News

The textile industry is a traditional pillar and important livelihood industry in China, as well as a sector with international competitive advantages.

 However, currently, cotton spinning enterprises generally suffer from low equipment automation levels and inadequate information technology applications. Real-time data integration is lacking in production processes such as process design, on-site management, temperature and humidity control, and mechanical conditions, relying solely on manual inspections. This situation often leads to quality non-compliance and excessive losses during production, constraining the sustainable and healthy development of enterprises.

With the rapid development and in-depth application of new technologies such as cloud computing, big data, the Internet of Things (IoT), and mobile applications, the conditions for deep integration between modern textiles and next-generation information technologies are becoming increasingly mature.

 In response, WideIOT offers an efficient and reliable textile IoT solution that enables intelligent monitoring, management, and maintenance of textile equipment, facilitating goals such as energy conservation, quality improvement, efficiency enhancement, and fault reduction.

Implemented Functions

1. Equipment Management: Through data collection, real-time communication of production information from all workshop equipment is displayed on a data dashboard, enabling automatic fault alarms.

    This allows managers to quickly and accurately understand the actual production situation in the workshop remotely.

2. Process Management: Customizable configuration enables state monitoring and parameter monitoring for each workshop and production line, providing various graphical and data controls that can be quickly assembled through a drag-and-drop interface.

3. Production Management: Visualizes various production data such as output, quality, operational efficiency, and pass rates, enabling problem tracking and production intervention to effectively prevent quality accidents and stabilize product quality.

4. Energy Consumption Management: Visualizes and costs various energy media such as water, electricity, gas, and heat, achieving visual and precise management of energy consumption, ultimately leading to controllable energy use and energy conservation goals.