Introduction
It is a comprehensive teaching platform composed of intelligent manufacturing production system and virtual simulation teaching system. Intelligent manufacturing production line will be assembly manufacturing, material transfer, information network three systems in-depth fusion and a high degree of integration, in the production of automation on the basis of material flow and information flow automation, digitalization and intelligence, is a typical information technology and the depth of the integration of manufacturing technology. The system can undertake data collection and analysis, production task issuance, real-time display of production information (digital production kanban system), real-time monitoring of equipment status, detailed progress of production tasks, and can effectively realize the information interaction between the manufacturing layer and the planning layer and other tasks.
Functions
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- Highly integrated
- The system is built on the basis of industrial engineering, flexible manufacturing, automatic control, logistics engineering, quality management, production management and advanced manufacturing technologies, and organically integrates each robotic processing execution unit, warehousing system, logistics system, RFID and MES system, close to the industrial production process.
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- Moderate flexibility
- The system can easily adjust the process route, reset the machining process, and can reflect the flexible production of jigs, assemblies, and process routes.
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- Modularity
- The system of the process unit, three-dimensional storage, logistics and other modules with “on-line / stand-alone” two modes of operation, single teaching and part of the system on-line teaching.
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- Industrialization
- Although the system is a teaching system, but all the unit equipment and even the whole system uses the standard industrial-grade equipment and technology integration, real close to industrialized production.
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- Scalability
- The system is open for customers to the greatest extent. Industrial robots, AGVs, PLCs, MES systems and other modules are provided with interfaces that facilitate deep secondary development of the system, which greatly facilitates research work on the subject.
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- Multi-layer network structure
- The system has a multi-layer network structure (management layer, monitoring layer and equipment layer), reflecting the intersection of logistics and production information flow and the close connection between digital design and production in modern flexible manufacturing systems.
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- Digital Twin
- The system provides a set of virtual factories in a simulation environment, where the robots, peripherals, and PLCs in the scene have the same characteristics as the actual equipment, which can realize the combination of reality and digital twin.
Parameters
