Rapid production of finished products: In the medical market, before the actual design process of medical devices or any medical components, you need to create complex levels of design, development, and testing tools. All of this can be done efficiently through prototypes. Injection molded prototypes will enable engineers to produce core and cavity inserts that can be placed in the mold base (tested and tested by the prototype), allowing them to quickly produce parts with excellent finish.
Cost-effectiveness of mold optimization:

You can produce parts in small injection molding machines at a lower cost by using specific base materials. Through prototyping, engineers can evaluate the shape, fit, size, and function of the part, and establish an effective mold design. The process of establishing mold design effectiveness leads to mold optimization, which ultimately leads to more accurate functional testing. In this way, you can collect accurate data to further design products and molds.

Improve product design: Prototyping also provides opportunities for market research on various mold designs, which can provide more effective solutions for better product design. This will help you gather early data on the performance of parts produced under strict test conditions for parameters such as durability and the presence of holes. In addition, you can collect data about how consumers accept or respond to products, which can be used to improve design. This is also how you can increase sales.

Therefore, improving quality design, reducing costs, and evaluating the market response and acceptance of products are important reasons. You should hire a company or service provider to provide tools for injection molding in China. After using the prototype for mold design, you will definitely notice significant differences in product performance and design.