Why is it not recommended to replace the mold of a double-disk machine?

When customers purchase a double-disk paper cup machine, we generally recommend that a double-disc paper cup machine be made in one size. There are four reasons

1. Debugging is difficult: 

Molds of different specifications require fine debugging after replacement to ensure the quality and size of the paper cups are accurate. The molds of the double-plate paper cup machine require highly precise alignment. Affects the molding accuracy of paper cups, resulting in a decrease in yield. This process is not only time-consuming, but also requires technicians to have high professional skills.

2. Increased equipment wear:

Frequent replacement of molds will accelerate the wear of machine parts, especially the mold base and fixing mechanism, which may shorten the service life of the equipment.

3.Reduced production efficiency

Every time the mold is replaced, the machine needs to be shut down for debugging and calibration, which increases downtime and reduces overall production efficiency.

4.Poor quality stability

Frequent replacement of molds will increase the cost of maintenance and replacement parts, and may also increase the risk of mold damage, resulting in additional repair costs.

5.Increased costs

Frequent replacement of molds will increase the cost of maintenance and replacement parts, and may also increase the risk of mold damage, resulting in additional repair costs. 

To sum up:

Frequent replacement of the mold of the double-plate paper cup machine will bring many challenges and problems, including difficulty in debugging, increased equipment wear, reduced production efficiency, poor quality stability, and increased costs. Therefore, in order to maintain the best operating condition of the equipment and improve production efficiency and product quality, it is generally not recommended to replace molds frequently. During the production process, the frequency of mold replacement should be minimized and the performance of existing molds should be fully utilized to achieve the best production results.