The central material handling system is a solution tailored for streamlining plastic product manufacturing in injection molding workshops. It enables seamless, unmanned production processes, allowing for continuous molding operations without interruptions. This material system empowers users to alter raw material types and color combinations as needed, automating the coloring process efficiently. Additionally, it facilitates automatic regeneration and utilization of injection nozzle cold material, ensuring minimal waste. With comprehensive control over all feeding equipment and preventive measures against storage silo blockages, the handling system achieves full automation through a centralized monitoring station.

Employing microcomputer centralized automatic control, the system ensures 24/7 continuous pellet feeding operations. Small microcomputers oversee the coloring process of individual molding machines, ensuring precise measurement and uniform mixing. This flexibility allows for effortless color changes to accommodate multi-color and multi-variety product requirements. Moreover, the material handlingsystem can adjust feed volume according to different molding machine production capacities. Multiple supply pipeline designs cater to diverse ingredient requirements, all while incorporating various monitoring and protection features for enhanced safety and reliability.

Furthermore, this centralized feeding system can be customized to meet specific user needs, with capacities exceeding 1,000 kilograms per hour, feeding heights surpassing 10 meters, and conveying distances extending over 100 meters. Its versatility extends beyond the plastics industry to serve other sectors.

Functioning on a vacuum frequency conversion transmission method, the system transports plastic raw materials from storage tanks to a centralized drying area via a pipeline transport system. From there, the dried raw materials are conveyed to the molding machine supply hopper. The pipeline design ensures stable operation without material blockages, utilizing methods such as “one machine, one pipe” or “one material, multiple machines” for optimal efficiency. Centralized drying prevents reabsorption of moisture during transport, while post-transport cleaning ensures residue-free pipelines, maintaining raw material consistency and product quality.

Key features of the central feeding system include:

1. User-friendly interface for intuitive operation and parameter setting, facilitating system expansion and simplified maintenance.

2. Centralized raw material storage, separating it from the molding area for enhanced safety and workspace optimization.

3. Efficient use of drying equipment reduces energy consumption and improves the working environment.

4. Clear division of labor streamlines operations and standardizes employee management.

5. A centralized dust recovery system enhances cleanliness and environmental protection, contributing to improved product quality.

6. A dedicated internal construction team ensures timely project completion and aesthetic appeal.

This integrated approach enhances operational efficiency and product quality while prioritizing safety and environmental sustainability.