English
Español
中文简体Ensuring the dimensional accuracy and consistency of high-precision lightweight injection cages through mold design calls for a complete attention of a couple of factors:
1.Advanced CAD (pc-aided layout) generation is used to make certain that the design of the mould meets high-precision requirements. The geometry, length, fit relationship, and so forth. Of each part want to be cautiously considered and optimized.
2.Choose fantastic mold materials with superior mechanical houses and thermal conductivity to make certain that the mildew can keep a stable structure and length at some point of the injection molding manner.
3.Design and use an green mold temperature manipulate machine to make sure that the mildew can preserve a steady temperature at some point of the injection molding method. This helps save you dimensional adjustments as a result of thermal stresses and temperature gradients.
4.By optimizing the mould shape, it's miles ensured that the plastic can be lightly crammed into every mold hollow space at some point of the injection process, keeping off dimensional changes due to underneath-filling or over-filling.
5.Use high-precision floor treatment generation, consisting of sharpening or electrolytic reflect remedy, to enhance the finish of the mold floor, lessen frictional resistance, and assist maintain product size consistency.
6.Reasonably layout the switching mechanism of the mold to make sure that each transfer can be completed correctly and stably to prevent dimensional changes due to poor mildew coordination.
7.According to the viable structural characteristics of the cage, reasonable ventilation holes are designed within the mildew to save you the effect of air bubbles on the size even as retaining balance at some point of the injection molding process.
8.A precise positioning and clamping device is used to ensure that the mold can preserve a hard and fast role during the injection molding system and prevent dimensional modifications resulting from mildew displacement.
