Stamping is a common workshop production method that enables the manufacture of metal workpieces with high complexity. During the stamping process, factors such as stamping depth, die material, and design can lead to occurrences of warping and twisting, which affect the quality of the stamped parts Read More

When determining their placement, flexible adjustments must be made to ensure there is no interference with ejector pins, ejector sleeves, angle lifters, support pillars, spring-loaded rods, or ejector plate guide pillars. Read More

The copper tubes in air conditioners' condensers and evaporators pass through tube sheets, which provide support. These sheets contain numerous holes arranged in orderly patterns. Even with the same external dimensions, products can vary significantly due to different hole spacing layouts, resulting in numerous product models. This diversity requires mold changes to produce different styles. Read More

During the production adjustment process of injection molds, the mold temperature is often increased to facilitate adjustment and improve the appearance of the product. However, many molds are not matched to simulate production conditions during the mold matching process, resulting in the mold inser Read More

The hot runner of an injection mold​ is the most critical structural part of the product production, which is related to the product quality and the stability of mold production Read More

The objective is to prioritize standard parts, thereby reducing custom machining. This approach improves processing efficiency and accuracy while preventing the specification of excessively tight tolerances. Read More

Correct Methods for Zero step difference in Injection Molds Read More

SPARKLE serves as an intelligent intermediary platform that seamlessly translates Moldflow simulation parameters into machine-readable instructions compatible with injection molding equipment. Read More

Greedaikin Mold specializes in custom manufacturing high-performance injection molds for various fan blades, including axial flow fan blade molds, cross flow fan blade molds, and turbo/radial fan blade molds, serving industries such as home appliances, automotive parts, office equipment, household products, stroller seats, electronic connectors, and medical devices. Read More

Systematic gas pockets Issue’s Prevention Strategies in Injection Mold Design Stage Read More