Optimizing production process: By analyzing the production process, identifying bottleneck links, and optimizing them, the overall production efficiency can be improved. For example, minimizing manual operations in the production process and increasing automation steps to minimize the impact of human factors on production efficiency.
Improving mold design: Optimizing the structural design of the mold can improve the production efficiency and product quality of the mold. For example, optimizing the mold runner structure to make the flow of molten plastic more uniform, reducing filling time and forming cycle.

Adopting advanced technology: Introducing advanced manufacturing techniques, such as gas assisted injection molding technology, can accelerate cooling speed and shorten product production cycle.

Implementing parallel engineering: Considering the requirements of mold design and manufacturing during the product design phase can reduce subsequent modifications and rework, thereby improving production efficiency.

Strengthening maintenance: Regular maintenance and upkeep of molds to ensure they are in good working condition can prolong their service life and improve production efficiency.

Training employees: Strengthening the training of employees, improving their skills and qualities, making them more familiar with production processes and equipment operations, can also improve production efficiency.