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Refrigerator assembly line

summary:

The refrigerator assembly line can realize the automated transmission and assembly of various parts of the refrigerator, and efficiently complete the entire production process from component processing to complete machine inspection and packaging through standardized processes, ensuring the stability and efficiency of batch production of the refrigerator.
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Product Description

1. Main types and application scenarios of conveying systems

In automated refrigerator production lines, multiple types of conveying systems are derived according to the needs of different processes, and each type plays an irreplaceable role in specific links.     a. Belt conveying system: Basic and common, consisting of a continuously running belt, suitable for conveying parts or semi-finished products with light weight and regular appearance. It runs smoothly, has low noise, low cost, and is easy to maintain. It is suitable for single-door and mini refrigerators. Initial production.     b. Chain conveying system: Strong carrying capacity, suitable for conveying heavy refrigerator boxes or finished products. The running speed can be adjusted as needed. It can be accurately connected with the front and rear processes to meet the conveying needs of double-door refrigerators after foaming.     c. Hanging track conveying system: The track is installed above and conveyed through hanging clamps or trays. The hanging track conveying system can accurately convey different types of door bodies to the corresponding refrigerator boxes on the assembly line through precise positioning control. Especially suitable for multi-door refrigerator doors, which can ensure installation accuracy.


2. The help of automated assembly lines to production

    a. Ensure production continuity: Connect various processes to achieve continuous material transportation, avoid interruptions caused by manual handling, and lay the foundation for efficient operation.     b. Improve production efficiency: Shorten material transfer time, speed up production rhythm, and avoid pauses and delays caused by manual operations.     c. Adapt to flexible production: Through flexible design, we can quickly adapt to the production switching of different refrigerator models, reduce replacement time, and improve the level of flexibility.

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