A Digital Automotive Factory

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PROJECT BACKGROUND

Project background
 
       
A well-known digital automotive factory focuses on the entire value chain operation of BMW brand vehicles in the Chinese market, covering every aspect from R&D, procurement, production to sales and after-sales service. It is committed not only to becoming a provider of sustainable premium personal mobility services but also to leading the sustainable development of the entire value chain of the Chinese automotive industry. Against this backdrop, improving the digitalization level of production logistics has become key to its continuous innovation and efficient operation.
43966 Individual

3,300㎡ storage space

100 Boxes/hour

Conveyor line operating capacity

600 Boxes/hour

Cache shelf operation capabilities

99.9 %

Picking accuracy

Project Pain Points

Complex SKU Management for Parts: With the continuous enrichment of automotive product lines and the increase in personalized demands, the number of automotive parts continues to grow, leading to increasingly greater difficulty in SKU (Stock Keeping Unit) management.

Complex Small and Medium-Sized Parts Logistics Scenarios: The small and medium-sized parts logistics scenario (F-koli) in the automotive final assembly workshop is characterized by large picking volumes, diverse categories, and high timeliness, placing extremely high demands on picking efficiency, operational safety, and system stability.

Solution

Picking Robot Application: The core solution utilizes picking robots to automate and precisely pick small items, transforming the traditional “person-finds-goods” model into a “goods-finds-person” model.

Logistics Optimization in the Final Assembly Workshop: This solution effectively promotes the digital transformation of the logistics area in the final assembly workshop, ensuring the timeliness and accuracy of material supply to the production line.

Customer Value

Significantly Increased Picking Efficiency: Overall picking efficiency is improved by up to 400%, significantly accelerating material flow and effectively supporting production rhythm.

Significant Savings in Labor Input: Achieves a 64% reduction in labor input, effectively alleviating labor cost pressures and recruitment difficulties.

Industry-Leading Picking Accuracy: Picking accuracy reaches 99.99%, greatly reducing error rates and improving production quality and efficiency.

Significantly Reduced Overall Energy Consumption: Optimized system operation strategies and efficient robot collaboration effectively reduce the overall energy consumption of the warehouse, aligning with its sustainable development philosophy.

Seamless integration of the digital and intelligent system: As an important part of its digital and intelligent factory construction, this project has promoted the seamless connection of internal system data flow and business flow, and realized the digital and intelligent integration of the entire production and logistics chain.

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+86 400 686 6336
+66 02 200 4578

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sales@storin.com

info@storin.com

hr@storin.com

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