Customized Hardware Mold Parts

The main working principle of the Puide Pillar is to provide guidance and positioning function, it is to ensure that the mechanical equipment components in the precise movement and positioning of the basic components. The working principle of the Ejector Guide Pin can be described from the following aspects:

1. Guide role

When two parts of the mechanical equipment need to do relative movement, such as mold opening and closing of the upper and lower molds, table lateral or longitudinal movement, the Puide Pillar plays a role in guiding and restraining the trajectory of the movement. It ensures that the moving parts move smoothly along the set straight or curved path, avoiding collision or wear caused by deviation from the predetermined track.

2. Positioning role

In molds or other mechanical structures, the Puide Pillar also assumes the function of positioning. For example, when the mold is closed, the Ejector Guide Pin is inserted into the corresponding Guide Sleeve to ensure that the upper and lower molds are perfectly aligned, thus forming the correct geometric space within the mold cavity and ensuring the accuracy of the final product size and shape.

3. Support and stabilization

In addition to guiding and positioning, the Lifetime Carbide Punch and Die Set also provides support to a certain extent. Especially when the mold is closed or the load of the robotic arm is large, the guide pillar can disperse the pressure, reduce the burden directly on the key components, and improve the stability and safety of the overall structure.

4. Reducing friction and wear

By converting sliding friction into rolling friction (although most guide posts utilize a sliding friction mode, some advanced applications may be equipped with devices such as ball bearings), the guide post effectively reduces the friction between moving parts, lowering the energy loss while decreasing wear and prolonging the life of the mechanism.