Welcome Guest!
Gate design and placement are key factors in mold design. In the third part of this lesson we will learn about ejector pin sub-gates as another design option.
The third part of this lesson covers when and why ejector pin sub-gates are used in mold design, different ejector pin styles and the advantages/disadvantages of each, and how different gate and pin sizes relate to injection pressures and clamp tonnages.
You are not signed up for this course. Subscribe here!
Learn the basics of mold design and how various design elements impact a molded part. Build your own Circle of Knowledge lesson by lesson.
Goals of Mold Design: Gates (Level 1):
Section Description:
Gate design and placement are key factors in mold design. Types of gates, placement, and size significantly affect the outcome of molded part so should be understood for maximum benefit. Placement options for gates are often limited by design restrictions and other part-related constraints, understanding and utilizing industry best practices are useful in achieving optimal results.
Explanations, simulations, cause and effect analyses, and the uses of various design features are covered in this section. Understanding these design features is important because they influence the moldability, function, appearance, and quality of a part.
Recommended For: Entry Level Personnel, All Personnel
Length: Lessons are approximately 15-20 minutes long each
The Kruse Training platform delivers knowledge and expertise developed over two decades in the plastic injection molding industry. Now companies and individuals can access a state-of-the-art online training program, suited for all levels of knowledge.
