![[Manufacturing Industry] Case Study of A Customer in the Automotive Parts Manufacturing Industry in Jiangsu](https://yidi-1251520952.file.myqcloud.com/wayzim/uploads/image/20251208/693684f4f1a29.jpg)
[Manufacturing Industry] Case Study of A Customer in the Automotive Parts Manufacturing Industry in Jiangsu
Project area: 4,300 ㎡ Number of pallet storage locations: 3,019, and number of tote storage locations: 9,792 The project is located in Suzhou and serves a well-known automotive parts manufacturer. To address the customer's key needs for higher storage density, fewer manual handling, and enhanced efficiency and accuracy, Wayzim delivered an integrated intelligent warehousing solution. The solution achieves full-process automation and intelligent management, establishing a highly efficient, flexible, and sustainable modern logistics center.
In conventional warehouses, a lot of space is wasted and warehouse capacity cannot be fully utilized.
Manual operations are prone to picking errors and management chaos, affecting operational accuracy and safety.
Lack of information technology support results in poor management transparency, low efficiency, and frequent manual interventions, making it difficult to meet modern logistics demands.
To address the customer's differentiated needs for managing small and large items, Wayzim designed and implemented two automated storage systems for this project: a tote AS/RS and a pallet AS/RS.
The tote AS/RS is dedicated to the automated storage and picking of small items, enabling fully unmanned, end-to-end closed-loop management. The pallet AS/RS handles centralized storage and inbound/outbound operations for large items. It integrates Pallet Four-way Shuttles, lifting mechanisms, and vertical conveyors to fully utilize storage space and maximize storage efficiency. AMRs serve as essential ground handling equipment, connecting various functional zones within the warehouse and enabling automated material transfer between different operational stages.
The overall solution achieves efficient collaboration among all subsystems, significantly enhancing warehouse automation, reducing operating costs, and improving the customer's supply chain responsiveness and market competitiveness.
