Straight Regular Punches - Inch, XCD Coating
Straight Regular Punches - Inch, XCD Coating (DAYTON) are built for reliable material piercing in die and mold operations, with an XCD coating selected to support stable wear performance. Standardized part numbering helps you maintain procurement consistency.
- Inch-straight punch design for straightforward alignment in tool assemblies
- XCD coating improves tool surface durability under repetitive production cycles
- Available lengths span 150–625 in to match different press/tool setups
- Part numbering standardization streamlines identification for DAYTON and Lamina brands
Specifications
1 configurations available
| L (Length) (in) | P Dimension (in) |
|---|---|
| 150 ～ 625 | 0.125 ～ 0.375 |
Product Guide
Application Scenarios+
In injection mold tooling and related die-and-mold systems, straight punches are used to pierce or form openings during secondary processing steps such as blanking, trim operations, and feature creation in metal inserts. This inch-standard straight punch variant is suited for applications where consistent alignment inside a punch plate or tool assembly matters, helping reduce setup time and mislocation risk.
Common scenarios include:
- Automotive connector and bracket tooling: XCD-coated surfaces support stable wear during high-cycle piercing of thin sheet components that feed molding operations.
- Appliance and housings insert production: For repeating hole patterns in stamped parts used as inserts, the straight profile supports straightforward positioning across stations.
- General manufacturing die maintenance: Standardized part numbering supports quick replacements and procurement consistency across DAYTON/Lamina assemblies.
The specified length range enables matching different press heights and tool station spacing while maintaining a predictable fit within the die layout.
Material & Process Details+
This product is specified as a straight regular punch with an XCD coating, selected to improve tool surface durability under repetitive piercing cycles. The XCD coating is intended to enhance wear resistance at the working interface, helping maintain edge geometry across production runs.
Because the provided data does not include an explicit steel grade or heat-treatment target (e.g., through-hardened, quenched & tempered, nitrided) or hardness value (HRC), hardness and toughness trade-offs cannot be stated from the current specification set.
- Coating-focused performance: The differentiation for this variant is the XCD coating, emphasizing stable surface wear behavior.
- Material base: Not specified in the provided parameters; confirm steel grade and heat treatment when comparing to alternatives.
Sizing & Selection Guide+
Select the correct punch dimensions by matching the length and P (dimension) to the die/tool stack and clearance requirements. For this series, the fixed L (Length) range is 150–625 in, which should be chosen to reach the working surface with appropriate engagement through the punch holder and plate.
Procedure:
- Choose L: Set length so the punch maintains consistent stroke travel and does not bottom out in the tool assembly.
- Match P Dimension: Use the specified P range of 0.125–0.375 in to align with the required punch feature/geometry and clearance in the mating die opening.
- Account for fit: Verify that the punch length and feature interface provide the required positional stability; if your tool uses locators or guides, confirm compatibility with the inch-straight format.
L and P are configurable within the stated fixed ranges; other dimensions are not provided, so confirm additional drawings with your die design requirements.
Frequently Asked Questions
What are the available length (L) and P dimension ranges for this straight regular punch series?+
The fixed L (Length) range is 150–625 in. The fixed P dimension range is 0.125–0.375 in. These ranges determine whether the punch reaches the working surface correctly and whether the feature interface matches your die opening and clearance requirements.
How does the XCD coating affect wear performance for high-cycle die and mold operations?+
This variant uses an XCD coating intended to improve surface durability under repetitive production cycles. In practical terms, that coating targets stable wear at the working interface to help maintain piercing consistency over time. The provided specifications do not include hardness (HRC) or base steel grade, so verify those details from the supplier documentation for precise life predictions.
Is this an inch-standard straight punch suitable for tool assemblies that require easy alignment?+
Yes. The product is described as an inch-straight punch designed for straightforward alignment in die and mold tool assemblies. When your punch plate or station layout expects an inch-straight form factor, this configuration supports consistent positioning and reduces setup variation across runs.
How do I choose the correct L length to match my press/tool stack height?+
Select L within 150–625 in so the punch reaches the working surface with the intended engagement during the stroke. Avoid lengths that bottom out against the holder/plate, and confirm that the length provides the required clearance to prevent interference. Use your die stack height and guidance components (if present) to finalize the selection.
Can I compare this punch against alternatives using hardness or heat-treatment data from the specification?+
Not with the data provided here. The current specification set includes only the XCD coating and the fixed dimension ranges (L: 150–625 in, P: 0.125–0.375 in), but it does not list the steel grade, heat treatment state (e.g., quenched & tempered), or hardness in HRC. Request the steel/heat-treatment certificate if you need hardness and toughness trade-off comparisons.
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