1. High-precision processing: Injection molding technology allows high-precision part processing because it is performed in the mold. Compared with other conventional processing methods such as casting, stamping, etc., injection molding processing can achieve high-quality and high-precision parts production. The finished parts also have good dimensional stability and repeatability.
2. Complex structure: Compared with other conventional processing methods, injection molding technology can produce more complex part structures due to its unique molding principle. This technology can provide small structures such as holes, cavities, grooves, inclinations, chamfers and threads in a variety of shapes and precisions to better meet customer needs.
3. High production efficiency: Injection molding technology has a fast processing speed and can produce tens of thousands of parts in large quantities. The entire production process is highly automated, avoiding human errors and improving production efficiency and consistency.
4. Low-cost processing: Compared with other processing methods, injection molding technology has very low production costs. This is because injection molding tools and molds can be reused. Once the molds and injection molding procedures are formulated, the quotas and production cycles of the production process are very short, and the operating efficiency is extremely high, which greatly reduces the entire production cost.
5. Wide material applicability: Injection molding technology can use many different types of materials, including non-woven fabrics, plastics, metals, etc. These materials can be used flexibly according to different parts and functional requirements. At the same time, using special materials to make parts can maintain their special properties, such as heat resistance and corrosion resistance.
6. Strong customizability: Based on advanced injection molding technology, parts for different purposes can be produced under the same production process, and can be subdivided, designed and customized according to customer needs. In addition, this technology also shortens the product development cycle, greatly improving the speed and flexibility of product marketing.
In summary, injection molding technology to manufacture precision parts has significant advantages such as high-precision processing, complex structure, high production efficiency, low-cost processing, wide material applicability, and strong customizability. Therefore, it is widely used in various fields, such as A variety of products in electronics, automobiles, medical equipment, home appliances and other industries.
