In the production process of medical injection molding products, molds play a crucial role, transforming design concepts into tangible objects. The processing of medical injection molding dies involves multiple complex steps. Today, we will focus on one of the key steps - polishing, and delve into the reasons and significance behind it.

In our daily lives, the text and patterns on plastic products add a touch of vividness and interest. Manufacturers employ various methods, such as silk screening, hot stamping, pad printing, and more, to impart these texts onto products. Today, I will reveal another unique process – engraving on molds and then transferring the text onto the products. So, how do injection molding factories achieve engraving on molds? Let's delve into it together.

Dongguan Yize Mould, as a leading enterprise in the design and manufacture of customized medical injection molding, secondary processing of injection molding, and product assembly, relies on its automated assembly lines, ultrasonic welding, and other professional technologies to continuously explore the forefront of manufacturing technologies in the industry.

In the manufacturing process of medical injection molds, the selection of mold steel is undoubtedly a core challenge. Given that plastic molds need to operate at high temperatures ranging from 200-300 degrees Celsius, and their cavities are complex with high requirements for dimensional accuracy and surface roughness, stringent standards are imposed on the machinability, mirror polishing performance, heat treatment deformation control, and dimensional stability of the mold steel.

In the production process of medical plastic products, injection molds play a crucial role. They are not only the key components that give plastic products their shape and size, but also process plastic raw materials into various medical devices and precision injection-molded parts that we need in our daily lives through high-temperature injection molding technology.

In the process of medical injection molding production, slow speed is a common and troublesome issue. So, what causes this situation, and how can we effectively improve the speed of injection molding production?

Recently, I stepped into the mold processing workshop, where rows of exquisite medical injection molds caught my eye. In the skilled hands of these mold craftsmen, cold steel is brought to life, transformed into precision models for producing plastic products.

Every new work year's starting day is a fresh beginning filled with hope and joy. "Wishing a prosperous start to the new work year" is not only a sincere blessing but also our fervent expectation for a bright future.

In the vast field of medical devices, Class I medical devices are known for their diverse types and structures. Among them, plastic injection molded parts play a pivotal role as an indispensable component.

Injection molding, also known as injection moulding, is a mainstream production technology in the field of plastic product processing. It is widely used for processing all thermoplastic plastics and some thermoset plastics, renowned for its high production efficiency.

In today's era where personalized customization of medical products is increasingly popular, conventional medical mold sizes often fail to meet customers' unique needs, necessitating the need to open new molds. However, the process of opening medical injection molds is quite complex and time-consuming.

An injection mold is a complex system that involves numerous components in its manufacturing process. Based on years of experience in the injection molding industry, here are 26 essential parts of an injection mold and their brief descriptions: