When injection-molded products exhibit dimensional deviations of 0.1%-1.5%, it is considered a warping defect. This deformation primarily stems from imbalances in internal material stresses and changes in external constraint conditions.

In plastic mold design and manufacturing, rounded corner design is a crucial detail that not only impacts the product's aesthetics and functionality but also directly affects the mold's manufacturing difficulty, production costs, and the final quality and performance of the plastic parts.

As the core component of the mold guiding system, the rationality of the ​position and dimensions​ of guide pillar holes directly affects the mold's clamping accuracy, service life, and production efficiency.

Design Requirements for Ejection Systems in Robotic Applications

Medical injection molding is one of the core processes in medical device manufacturing. Its products are widely used in medical scenarios such as syringes, infusion sets, in vitro diagnostic equipment.

Silicone mold forming is a common molding process widely used in fields such as handicrafts, industrial parts, food molds, medical models, and more. Silicone molds are characterized by high elasticity, high temperature resistance, corrosion resistance, and high replication accuracy.

Back pressure is a critical process parameter in injection molding, directly affecting product quality. While high back pressure can increase the density of the melt, it can also lead to a series of problems.

The temperature control system in an injection mold is a critical component for ensuring product quality, improving production efficiency, and extending mold lifespan. During the injection molding process, temperature regulation directly affects dimensional accuracy, surface finish, and cycle time.

Electroplating is a crucial surface treatment process that involves depositing a layer of metal or alloy onto a mold surface. This process significantly enhances the performance and lifespan of the mold.

During the injection molding process, plastic materials undergo a certain degree of shrinkage as they cool. This shrinkage is caused by the physical properties of thermal expansion and contraction, as well as changes in the molecular structure of the plastic.