Lithium battery manufacturing is a typical "high cycle rate, high cleanliness, high consistency" scenario: from coating, winding, electrolyte filling to formation and grading, and module assembly, materials flow frequently between processes. Any collision or mixing during manual handling may cause the entire batch to be scrapped. Automating the warehousing and palletizing processes is an unavoidable step for lithium battery companies when expanding production.

A complete lithium battery smart warehousing and palletizing solution usually consists of four layers:

The palletizing robot is the cycle time bottleneck of the entire line. When selecting, focus on payload, reach, repeat positioning accuracy, and changeover time. For specific parameter evaluation methods, please refer to ourPalletizing Robot Selection Guide.

The number of storage locations, number of aisles, and stacker speed of the automated warehouse should be calculated based on the number of SKUs and inbound/outbound frequency to avoid "enough storage locations but insufficient throughput." For detailed calculation logic, seeKey Points for Smart Warehouse System Construction.

Taking a medium-sized module workshop as an example, after automation retrofit, handling manpower can usually be reduced by more than 60%, and the material mismatch rate drops below one in ten thousand. The project cycle is generally: solution design 2–3 weeks, equipment manufacturing 8–12 weeks, on-site installation and commissioning 3–4 weeks.

We provide turnkey services for the entire plant, from solution design and equipment manufacturing to installation and commissioning, covering industries such as lithium battery, 3C, home appliances, and pharmaceuticals. If you need cycle time calculation for your production line, welcome toContact Us.

Q: Can old production lines be retrofitted with automation? Yes. Most projects adopt a "phased retrofit, gradual integration" approach, starting with palletizing or a single warehouse point, then gradually connecting conveying and scheduling to reduce the risk of production stoppage.

Q: What scale is the MINI smart warehouse suitable for? It is suitable for small and medium-sized workshops with limited space and rapid deployment needs. With a container-type structure, the deployment cycle is usually 2–4 weeks.