17 kinds of injection mold angle pin core pulling mechanism(1)

In the mold design, the angle pin is commonly used core pulling mechanism. This video contains 9 kinds of angle pin core pulling mechanism. These are all simple principles. You can get it quickly.
1. Typical angle pin core pulling mechanism
The angle pin and the slider produce relative motion when the mold is opened or ejected. The angle pin produces a lateral component force on the slider, forcing the slider to complete the core pulling or parting action.
2.Angle pin core pulling,double locking
When the mold is opened, the angle pin drives the slider and the core to complete the side core pulling of the plastic part.
3.The angle pin removes the external thread.
When the mold is opened, the skew pin drives the slider to move. Disengage the external thread of the plastic part. When ejecting, the ejector pin pushes the stripper plate. At the same time, the core rotates and the plastic part is ejected.
4.Angle pin oblique core pulling
When the mold is opened, the skew pin moves the slider. Complete the oblique core pulling of the core. When the mold is closed, the slider is locked by the locking block.
5. Angled locking parting surface.
When the mold is opened, the inclined pin drives the slider to complete the core pulling.
6.Fixed-mold elastic type oblique pin core
When the mold is opened, under the action of the spring. Due to limit screw limit. The skew pin travels a certain distance. The main parting surface is not separated. At the same time, the skew pin slides the slider to complete the side hole core pulling. Continue to open the mold, the plastic part wrapped core is brought to the movable mold.
7.Movable mold elastic type angle pin inner core pulling
After the mold is opened, under the action of the spring. Due to limit screw limit. The skew pin travels a certain distance. Move the slider to complete the inner core of the plastic part. After clamping, the locking block is locking.
8.Fixed-mold elastic type angle pin inner core pulling
When the mold is opened, it is under the action of a spring. Due to limit screw limit. The skew pin travels a certain distance, and the slider is pulled to complete the concave core of the plastic part. Continue to open the mold, the plastic parts are brought to the moving mold.
9.Slider floating type angle pin core pulling.
During the mold opening process, the skew pin is in an idle stroke that completes a certain gap. When you touch the slider, move the slider to float. When the limit screw acts as a limit, the core pulling operation begins. Until the plastic parts come out and fall.
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[@richardpeterson2253]

This is an EXCELLENT video showing core pins that are perpendicular to draw. Thanks again my friends!

[@afroz4802]

very good if there are proper naming's along with animation it will be very clear. Like core pin, sliders lifter etc., GOOD JOB..

[@fernandomesa7190]

Thank you very much

[@sachinpatare5887]

Great explanation

[@skippy18]

thank you very much for your Videos, keep up the great work; it really helps with Design Problems!
After seeing this kind of complexity it hurts even more when people are like "why is it that expensive, it is just plastics - can't you just make 10pcs for 5 cents?!? Are you trying to scam me?" (I work with many clients that don't have any experience with injection molding

[@koontube391]

this video helps me a lot thx!

[@suryasainath708]

Where are u from? How are u related to injection molding.

[@reinaldosilva2096]

Projetos com sistemas bem funcionais

[@tanujgupta2874]

Full doubt clear 😊

[@diegomendezluna]

haha great tune

[@deogunsingh841]

What kind of software use

[@vishnumurali6755]

I think the last mould is not possible by normal finger cam, may use dog leg.

[@haijiang-michael]

mould design