Ball Lock Regular Ejector Punches Heavy Duty Inch

This heavy-duty ball-lock ejector punch is used in injection mold tooling where the ejector needs secure retention and consistent stroke-to-stroke performance. Its ball-lock interface supports positive positioning in the ejector system, helping prevent shift during repeated cycling.

• Automotive connector and housing molds: suited for high-cycle ejection of parts with draft-sensitive geometry, where stable fit and reliable retention reduce the risk of sticking or misalignment. The XAN DayTAN™ coating helps maintain wear performance under abrasive contact.
• Industrial appliance and appliance-control enclosures: ideal for die and mold setups that require repeatable ejection from thin ribs or bosses. The heavy-duty inch format supports robust toolmaking and maintains performance across demanding production runs.
• Medical device packaging components (non-sterile housings): used where controlled ejection is needed to protect surface finish. The XAN DayTAN™ coating supports lower friction at the punch/plate interface.

The provided specification set does not state a specific steel grade or hardness value. For accurate materials selection and qualification, confirm the base steel grade and heat-treatment condition for series code 250300512560 before final process sign-off.

• Coating function: the XAN DayTAN™ coating is specified to support stable wear performance by reducing friction at the ejector/punch contact surfaces. This improves wear resistance in long-cycle applications.
• Heat treatment: no quenched & tempered, nitriding, or other heat-treatment parameters are included in the input data; therefore, hardness (HRC) and toughness trade-offs cannot be stated from the given specifications.
• Manufacturing process (tool-relevant): ball-lock punches are typically precision-ground for seating surfaces to maintain retention and alignment; the specified tip shape options (H, J, K, L, N, O, R, V, X, Y, Z) indicate a geometry-dependent tip finishing strategy for consistent ejection behavior.

Use the provided dimensional codes to match the ejector punch to the mold cavity/core ejection layout while maintaining proper retention in the tool.

• Shank (D) selection: choose the shank diameter from the available range 37 ~ 125 in to fit the mating bore and ball-lock pocket in your ejector plate or support component.
• Length (L) selection: select from 250 ~ 450 or 275 ~ 450 (coded inch). Match this to the required protrusion beyond the parting plane and the full stroke travel, including safe clearance at the back end.
• Tip geometry: pick the required tip shape (H, J, K, L, N, O, R, V, X, Y, Z) to control contact area and ejection force distribution on the part surface.
• Interface dimensions: verify P (0.376 ~ 1.251 in) and W (0.062 ~ 1.083 in) against the punch/stop and seating features of your design, including radii/relief indicated by R (0.007 ~ 1 in range options).

Follow the manufacturer’s drawing for tolerance/fit details; the input data provides ranges but not allowable tolerance values.