Key functions:
1. Automatic Aluminum Ingot Receiving and Feeding: Automatically receives, conveys, and positions purchased or self-produced aluminum ingots. According to smelting process requirements, the ingots are automatically conveyed to the smelting furnace or preheating station.
2. Automatic Diversion and Batching Support: Different grades of aluminum ingots are diverted and conveyed according to alloy ratio requirements. Supports the batching needs of multiple furnaces and multiple alloys in parallel production.
3. Buffering and Temporary Storage: An intermediate buffer area is set up to balance the difference between the incoming material cycle time and the smelting cycle time. This avoids waiting for materials in the smelting furnace or material congestion.
4. Transfer and Warehousing Integration: Linked with stacking, palletizing, automated warehouses, or AGV systems, it achieves automatic inbound and outbound operations. Supports First-In-First-Out (FIFO) and batch management.
5. Data Collection and Traceability: Records the source, grade, batch, and destination of aluminum ingots, enabling full-process traceability. Can be integrated with MES/ERP systems
1. Automatic Aluminum Ingot Receiving and Feeding: Automatically receives, conveys, and positions purchased or self-produced aluminum ingots. According to smelting process requirements, the ingots are automatically conveyed to the smelting furnace or preheating station.
2. Automatic Diversion and Batching Support: Different grades of aluminum ingots are diverted and conveyed according to alloy ratio requirements. Supports the batching needs of multiple furnaces and multiple alloys in parallel production.
3. Buffering and Temporary Storage: An intermediate buffer area is set up to balance the difference between the incoming material cycle time and the smelting cycle time. This avoids waiting for materials in the smelting furnace or material congestion.
4. Transfer and Warehousing Integration: Linked with stacking, palletizing, automated warehouses, or AGV systems, it achieves automatic inbound and outbound operations. Supports First-In-First-Out (FIFO) and batch management.
5. Data Collection and Traceability: Records the source, grade, batch, and destination of aluminum ingots, enabling full-process traceability. Can be integrated with MES/ERP systems
1. Improves casting efficiency: Continuous and stable raw material supply reduces furnace waiting time and increases furnace start-up rate.
2. Reduces labor and safety risks: Reduces manual handling and forklift operations, lowering safety hazards under heavy loads and high temperatures.
3. Prevents material mixing and mismatch: Automatic diversion and information management significantly reduce the risk of alloy mixing.
4. Optimizes inventory and planning management: Real-time inventory status monitoring improves raw material turnover efficiency and reduces capital tied up.
5. Supports large-scale and digital production: Provides a stable and reliable raw material logistics foundation for multi-furnace, multi-alloy casting workshops. Lays the foundation for intelligent casting and digital factory construction.
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