New energy lithium batteries are core components in the process of automobile manufacturing and assembly, and they undertake functions such as fixing, connecting, insulating, and isolating. With the rapid development of the lithium battery industry, the market demand for lithium battery processing parts is also growing. As a lithium battery material company in the upstream of the new energy industry chain, delivery capabilities and high efficiency are important factors in adapting to the rapidly changing market demand.
Strict Zinc and Copper Ban Requirements
Lithium battery cathode materials are sensitive to elements such as lead, zinc, and copper, and dust and metals can also affect product consistency. Traditional warehousing mainly relies on manual labor, so the scrap rate is high.
Information Tracing
So-called warehousing is not simply the accumulation of materials. It needs to be closely integrated with production, sales and other links to achieve information sharing and collaboration. However, the traditional warehousing model makes it difficult to achieve the effect of information exchange.
Difficulty in Warehouse Data Collaboration
There are many production processes for lithium battery positive electrode materials, and traditional warehousing requires manual inventory on a regular basis. Therefore, the large amount of data generated between different devices is difficult to communicate with each other, and the degree of accuracy of docking is low.
Security Management Loopholes
The factory involves many categories, and the characteristics and specifications of each material are different, and contain a large number of chemical components. Traditional warehousing is difficult to achieve high-density and high-requirement management, and cannot meet various fire safety management requirements such as fire prevention, explosion prevention, moisture prevention, acid and alkali prevention, etc.
Concerns about the Work Environment
The industry has a large warehouse throughput and high labor intensity. The traditional warehousing model faces great challenges in terms of space utilization and labor intensity.
How to improve production efficiency, pull together underlying data, and improve the manual working environment while meeting various rigid requirements is a common problem faced by the lithium battery material industry. KENGIC has provided targeted solutions for the industry. Its process mainly includes order management, raw material preparation, semi-finished products storage, finished product testing, and finished product storage; the required automation equipment includes AS/RS, four-way multi-shuttle AS/RS, raw material AS/RS, line-side AS/RS, pallet conveyor lines, AGV logistics, and loop systems.
Case Study -
Get through complex processes
Flexible process route
Fully ensure safety
In the future, the market demand for lithium batteries will remain strong, and more automated and intelligent production logistics solutions will be able to adapt to the ever-changing development of the new energy industry. KENGIC will continue to create smart warehousing and logistics products and solutions that keep pace with the times, help lithium battery industry companies achieve cost reduction and efficiency improvement, high-quality development, and create a green and energy-saving sustainable future with customers.
Time to take the next step? Manual, semi-, or fully automated? Whatever your next step is, KENGIC will help you find the best solution! Contact us now: marketing@kengic.com
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