On 28th August, the 22nd International Internet of Things Exhibition (IOTE 2024) was grandly opened in Shenzhen International Convention and Exhibition Centre (Bao'an New Venue), which gathered more than 800 exhibitors from all over the world to discuss the latest progress and future trend of IOTE technology.
As a senior partner of IOTE 2024, Woxu Wireless, with the theme of ‘Precise Positioning, Tangible Vision - UWB E-paper, New Era of Asset and Material Management’, will present UWB E-paper and solutions at B20-2, Hall 12, E-paper Zone, to demonstrate the full range of UWB E-paper's applications in manufacturing, production and material management. The theme of ‘UWB E-paper, New Era of Asset and Material Management’ is ‘UWB E-paper and Solutions’.
As a senior IoT technology expert, Woxu Wireless focuses on UWB and e-paper and other cutting-edge technology fields. The UWB e-paper series of labels developed independently based on localised chips have lower power consumption and longer endurance, and with the help of precise positioning and real-time information updating technology, they help enterprises to achieve intelligent and efficient inventory and management of materials and assets.
On the exhibition site, Woxu Wireless fully demonstrated the powerful application of UWB e-paper in manufacturing, asset management and warehousing logistics etc. UWB e-paper became a highlight in the e-paper theme area of the exhibition by virtue of its excellent positioning accuracy, real-time fast refreshing ability and green and low-consumption design. The use of localised chips not only reduces overall energy consumption, but also extends the service life of the labels, providing users with a sustainable and efficient material asset management solution.
The application of UWB e-paper tags in manufacturing, warehousing and logistics, asset inventory and other fields, through the provision of advanced positioning and information display functions, to build a highly integrated information physics system, to achieve a comprehensive intelligent upgrade from the production line to warehouses and then to asset management.
Manufacturing: Transparency and Traceability
UWB e-paper labels can track the location and status of raw materials, semi-finished products and finished products in real time through precise positioning technology, ensuring the transparency and traceability of the production process. Combined with information technology, it can provide instant feedback on abnormal situations on the production line, achieve rapid response and troubleshooting, and promote the significant improvement of production efficiency.
UWB e-paper labels can accurately record changes in the location of goods and improve the efficiency of warehousing operations. By displaying the basic information of the goods, such as name, quantity, storage location, etc., the e-paper reduces manual operation errors and improves the accuracy and automation level of warehouse management.
Using UWB positioning technology, the location changes of fixed assets can be automatically tracked, and the asset status can be updated in real time through e-paper labels, simplifying the inventory process. At the same time, the long standby time of e-paper labels with localised chips reduces the maintenance cost and makes the asset inventory more efficient and convenient.
Through the UWB high-precision positioning technology and the low-power display characteristics of e-paper, Woxu Wireless builds an advanced manufacturing factory environment where production units are widely connected, data elements are fully utilised, and innovative applications are efficiently empowered. Combined with the development concepts of informatisation, intelligence and digitisation, it aims to realise the transformation of production and operation modes, improve the level of factory intelligence and management efficiency; meanwhile, it meets the needs of industrial real-time control, nearby service, on-demand scheduling, data security, etc., and accelerates the pace of manufacturing industry's transformation to digitalisation.
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