With the widespread use of medical plastic products in various industries, injection molding technology, as the main production method for these products, is constantly evolving and innovating. The medical injection mold structure, as the core component of injection molding technology, has undergone continuous optimization and improvement to enhance production efficiency, reduce costs, and improve product quality.

I. Limitations of Traditional Medical Injection Mold Structures

Traditional medical injection mold structures mainly consist of a movable mold and a fixed mold, which work together to inject plastic melt and form products through mold closing and opening. However, these structures have several limitations, such as complex mold structures, high manufacturing difficulty and cost, slow mold opening and closing speed resulting in low production efficiency, uneven mold temperature control leading to product deformation and unstable dimensions, as well as difficult mold maintenance and short lifespan.

II. Innovation and Application of Medical Injection Mold Structures

To overcome the limitations of traditional medical injection mold structures, several new types of medical injection mold structures have emerged in recent years and have achieved significant results in practical applications. Among them, multi-cavity medical molds, hot runner molds, and high-speed medical molds are three representative innovative structures.

1. Multi-cavity Medical Molds: These molds can simultaneously form multiple products in one mold, significantly improving production efficiency and reducing production costs. They are particularly suitable for mass production. Although manufacturing difficulty is high, Yize Mold has successfully applied them in actual production using high-precision processing equipment and techniques.

2. Hot Runner Molds: By using a hot runner system in medical molds to heat and maintain the temperature of the plastic melt, continuous injection molding is achieved. These molds can reduce waste generation, improve production efficiency, and lower energy consumption, making them suitable for mass production. Yize Mold also has extensive manufacturing experience in this field.

3. High-speed Medical Molds: These molds employ high-speed mold opening and closing mechanisms and high-speed injection mechanisms to achieve high-speed injection molding. They can greatly increase production efficiency and reduce production costs, making them suitable for mass production. Although manufacturing difficulty is high, Yize Mold has successfully applied them in actual production using high-precision processing equipment and techniques.

Since its establishment, Yize Mold has focused on the manufacturing and processing of precision molds and has become a professional designer, processor, and producer of medical molds and medical mold components. If you are interested in the innovation and application of medical injection mold structures, please feel free to contact us at info@yizemould.com! We will provide you with comprehensive services and solutions.