MCS is a material control system that serves highly automated industries such as lithium battery and photovoltaics. It can collect loading and unloading signals of machines based on the WCS system, and receive demands by seamlessly connecting to the MES system and other upper level systems. By flexibly configuring the parsing rules of calling/unloading tasks in the process, materials, storage locations, or bins that meet the demands are parsed. Finally, the MCS system applies carrying tasks to the scheduling system to call appropriate AMRs to perform tasks, enabling material transferring between processes.
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Key Features
Material management and storage location / bin management
MCS enables managing and displaying the material information of buffer storage locations or bins to provide data support for machines to match the demanded material.
Loading and unloading demand receiving of machines and task management
MCS supports setting up loading and unloading rules, parsing target materials and storage locations / bins, and automatically generating carrying tasks to enable material transferring.
Dynamic optimization
Task triggering in advance and task reprioritizing are provided by the MCS system to improve efficiency.
Application Cases
Since its development and promotion, RCS-Lite has undergone multiple iterations, and it has been applied in 100+ projects to meet the urgent needs of customers for small and medium-sized AMR carrying projects, helping industries develop in a rapid pace.
Post-Processing Project of a Leading Company in New Energy Industry |
Pain points: Lineside buffer areas in the factory of lithium battery cannot be systematically managed. Manual counting and bookkeeping are time-consuming and laborious. Different processes of lithium battery requires different AMR types. Many kinds of materials and expiration dates need to be managed. Solution: Based on site rule setting, buffer area management, and monitoring dashboard, the MCS system supports automatic operations such as automatic loading/unloading of machines and transferring of electrode rolls between processes, improving the timeliness and safety of logistics and delivery, and enabling digitalized management of intralogistics in the workshop.
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Photovoltaic Cell Project |
Pain points: The processes in photovoltaics are complex. Expiration dates need to be managed. Logistics efficiency is required. Solution: Based on route setting, buffer area management, multi-priority rule setting, and monitoring dashboard, the MCS system supports intelligent material transferring, automatic docking of production equipment, and data visualization, which help the company reduce costs to increase benefit, and achieve digital and intelligent logistics in production.
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