Before improvement: material type and quantity are huge; Traditional shelf storage, low degree of automation; Frequent abnormal problems and low efficiency affect production efficiency.
After improvement: to achieve material classification management, reduce abnormal problems, efficiency increased by 6 times.
Before improvement: many kinds of materials; The process of obtaining materials, labeling, loading shelves, finding materials, preparing materials and issuing materials is complex, and a large number of simple repetitive tasks are completed by manpower; Traditional shelf storage, low degree of automation; Low material preparation efficiency of personnel.
After improvement: realize material classification and storage; Workflow simplification; 60% increase in daily throughput; Improved efficiency by 5 times and optimized manpower by 20%.
Before improvement: many kinds of materials; Material requisition and warehousing operations are completed by personnel; Using the traditional material storage method, the degree of automation is low.
After improvement: the storage space is increased to realize the classification and storage of materials; Three times more efficient and 30% more manpower optimized.
Before improvement: more types of work order materials, less quantity; The process of obtaining materials, labeling, loading shelves, finding materials, preparing materials and issuing materials is complex, and a large number of simple repetitive tasks are completed by manpower; Traditional shelf storage, low degree of automation; Low material preparation efficiency of personnel.
After improvement: realize material classification and storage; 60% increase in daily throughput; Efficiency is increased by 5 times and manpower is optimized by 30%.
Before improvement: many kinds of materials; Using the traditional material point method, the degree of automation is low; Low efficiency of personnel counting materials.
After improvement: automatic loading and unloading, automatic quantity label update after the material is OK; Point efficiency increased by 70%; Optimized 20% of manpower.
