1. Centralized feeding system The biggest feature is high efficiency, energy saving and environmental protection, cost saving, good stability, powerful expansion function, improved production site environment, touch operation more humane, unified unmanned management can be realized.
2. The site used by the central feeding system is different from that of the stand-alone machine. The raw materials are centrally stored or stacked, and dust is collected, far away from the production and processing site. The working conditions near the host are significantly improved, thereby improving a good and tidy production environment in the workshop and ensuring that the raw materials are not polluted. A stand-alone machine requires more places to place the raw materials, which is chaotic, and it is easy to make mistakes when adding raw materials, and dust cannot be collected in a centralized manner.
3. If dehumidification and drying are required when plastics are supplied in a centralized manner, centralized processing is also used to ensure that the raw materials are not damp during the transportation process, and the overall electric heating power is low. The raw material is conveyed in a closed type, and the raw material usage of the injection molding machine can be controlled. If air conditioning is used in the workshop, the system will not dissipate the heat to the workshop, so that the ambient temperature will not be affected. All drying of single machine conveying can only be placed next to the host, and the heat is directly released to the workshop.
4. Centralized feeding system can realize the transportation of a variety of different raw materials, reasonably distribute the processed raw materials according to the set types, and quickly switch the raw materials. A single machine cannot select and switch the raw materials. A single machine can only supply one-to-one.
5. The centralized console can control one vacuum pump and multiple vacuum pumps to feed the injection molding machine at the same time, and can also monitor the external signals of the system, the working status of the system and possible faults in real time. The above is Nijiasi's introduction to the centralized feeding system.
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