
Point Larger than Shank Ball Lock Punches XVP Coating
Point Larger than Shank ball lock punches (XVP coating) from DAYTON are designed for light-duty metric applications where point geometry matters. The larger point improves contact control during punching.
- Point larger than shank geometry supports controlled press contact
- XVP coating helps resist wear for repeatable punch performance
- Precision manufacture supports consistent alignment in tooling assemblies
- Suitable for metric ball-lock punch sets in production die work
Specifications
95 configurations available
| Tip Shape | D (Shank dia.) (mm) | Jektole group | L1 (Point Length) (mm) | L (Length) (mm) | P Dimension (mm) | W Dimension (mm) | R Dimension (mm) |
|---|---|---|---|---|---|---|---|
| H | 13 | J6 | 19 ~ 30 | 80 ~ 100 | 13.1 ~ 32 | 1.57 ~ 4.99 | - |
| H | 13 | J6 | 19 ~ 30 | 80 ~ 100 | 13.1 ~ 32 | 5 ~ 32 | - |
| H | 16 | J6 | 19 ~ 30 | 80 ~ 100 | 16.1 ~ 38 | 4.01 ~ 5.99 | - |
| H | 16 | J6 | 19 ~ 30 | 80 ~ 100 | 16.1 ~ 38 | 6 ~ 38 | - |
| H | 20 | J9 | 19 ~ 30 | 80 ~ 100 | 20.1 ~ 40 | 4.01 ~ 7.99 | - |
| H | 20 | J9 | 19 ~ 30 | 80 ~ 100 | 20.1 ~ 40 | 8 ~ 40 | - |
| H | 25 | J9 | 19 ~ 30 | 80 ~ 100 | 25.1 ~ 44 | 5.96 ~ 9.99 | - |
| H | 25 | J9 | 19 ~ 30 | 80 ~ 100 | 25.1 ~ 44 | 10 ~ 44 | - |
| H | 32 | J12 | 19 ~ 30 | 80 ~ 100 | 32.1 ~ 50 | 5.96 ~ 11.49 | - |
| H | 32 | J12 | 19 ~ 30 | 80 ~ 100 | 32.1 ~ 50 | 11.5 ~ 50 | - |
| J | 13 | J6 | 19 ~ 30 | 80 ~ 100 | 13.1 ~ 32 | 1.57 ~ 4.99 | - |
| J | 13 | J6 | 19 ~ 30 | 80 ~ 100 | 13.1 ~ 32 | 5 ~ 32 | - |
| J | 16 | J6 | 19 ~ 30 | 80 ~ 100 | 16.1 ~ 38 | 4.01 ~ 5.99 | - |
| J | 16 | J6 | 19 ~ 30 | 80 ~ 100 | 16.1 ~ 38 | 6 ~ 38 | - |
| J | 20 | J9 | 19 ~ 30 | 80 ~ 100 | 20.1 ~ 40 | 4.01 ~ 7.99 | - |
| J | 20 | J9 | 19 ~ 30 | 80 ~ 100 | 20.1 ~ 40 | 8 ~ 40 | - |
| J | 25 | J9 | 19 ~ 30 | 80 ~ 100 | 25.1 ~ 44 | 5.96 ~ 9.99 | - |
| J | 25 | J9 | 19 ~ 30 | 80 ~ 100 | 25.1 ~ 44 | 10 ~ 44 | - |
| J | 32 | J12 | 19 ~ 30 | 80 ~ 100 | 32.1 ~ 50 | 5.96 ~ 11.49 | - |
| J | 32 | J12 | 19 ~ 30 | 80 ~ 100 | 32.1 ~ 50 | 11.5 ~ 50 | - |
| K | 13 | J6 | 19 ~ 30 | 80 ~ 100 | 13.1 ~ 32 | 1.57 ~ 4.99 | 0.2 ~ 16 |
| K | 13 | J6 | 19 ~ 30 | 80 ~ 100 | 13.1 ~ 32 | 5 ~ 32 | 0.2 ~ 16 |
| K | 16 | J6 | 19 ~ 30 | 80 ~ 100 | 16.1 ~ 38 | 4.01 ~ 5.99 | 0.2 ~ 19 |
| K | 16 | J6 | 19 ~ 30 | 80 ~ 100 | 16.1 ~ 38 | 6 ~ 38 | 0.2 ~ 19 |
| K | 20 | J9 | 19 ~ 30 | 80 ~ 100 | 20.1 ~ 40 | 4.01 ~ 7.99 | 0.2 ~ 20 |
| K | 20 | J9 | 19 ~ 30 | 80 ~ 100 | 20.1 ~ 40 | 8 ~ 40 | 0.2 ~ 20 |
| K | 25 | J9 | 19 ~ 30 | 80 ~ 100 | 25.1 ~ 44 | 5.96 ~ 9.99 | 0.2 ~ 22 |
| K | 25 | J9 | 19 ~ 30 | 80 ~ 100 | 25.1 ~ 44 | 10 ~ 44 | 0.2 ~ 22 |
| K | 32 | J12 | 19 ~ 30 | 80 ~ 100 | 32.1 ~ 50 | 5.96 ~ 11.49 | 0.2 ~ 25 |
| K | 32 | J12 | 19 ~ 30 | 80 ~ 100 | 32.1 ~ 50 | 11.5 ~ 50 | 0.2 ~ 25 |
| L | 13 | J6 | 19 ~ 30 | 80 ~ 100 | 13.1 ~ 32 | 1.57 ~ 4.99 | - |
| L | 13 | J6 | 19 ~ 30 | 80 ~ 100 | 13.1 ~ 32 | 5 ~ 32 | - |
| L | 16 | J6 | 19 ~ 30 | 80 ~ 100 | 16.1 ~ 38 | 4.01 ~ 5.99 | - |
| L | 16 | J6 | 19 ~ 30 | 80 ~ 100 | 16.1 ~ 38 | 6 ~ 38 | - |
| L | 20 | J9 | 19 ~ 30 | 80 ~ 100 | 20.1 ~ 40 | 4.01 ~ 7.99 | - |
| L | 20 | J9 | 19 ~ 30 | 80 ~ 100 | 20.1 ~ 40 | 8 ~ 40 | - |
| L | 25 | J9 | 19 ~ 30 | 80 ~ 100 | 25.1 ~ 44 | 5.96 ~ 9.99 | - |
| L | 25 | J9 | 19 ~ 30 | 80 ~ 100 | 25.1 ~ 44 | 10 ~ 44 | - |
| L | 32 | J12 | 19 ~ 30 | 80 ~ 100 | 32.1 ~ 50 | 5.96 ~ 11.49 | - |
| L | 32 | J12 | 19 ~ 30 | 80 ~ 100 | 32.1 ~ 50 | 11.5 ~ 50 | - |
| N | 13 | J6 | 19 ~ 30 | 80 ~ 100 | - | 11.34 ~ 27.71 | - |
| N | 16 | J6 | 19 ~ 30 | 80 ~ 100 | - | 13.94 ~ 32.91 | - |
| N | 20 | J9 | 19 ~ 30 | 80 ~ 100 | - | 17.41 ~ 34.64 | - |
| N | 25 | J9 | 19 ~ 30 | 80 ~ 100 | - | 21.74 ~ 38.11 | - |
| N | 32 | J12 | 19 ~ 30 | 80 ~ 100 | - | 27.8 ~ 43.3 | - |
| O | 13 | J6 | 19 ~ 30 | 80 ~ 100 | 13.1 ~ 32 | 1.57 ~ 4.99 | - |
| O | 13 | J6 | 19 ~ 30 | 80 ~ 100 | 13.1 ~ 32 | 5 ~ 32 | - |
| O | 16 | J6 | 19 ~ 30 | 80 ~ 100 | 16.1 ~ 38 | 4.01 ~ 5.99 | - |
| O | 16 | J6 | 19 ~ 30 | 80 ~ 100 | 16.1 ~ 38 | 6 ~ 38 | - |
| O | 20 | J9 | 19 ~ 30 | 80 ~ 100 | 20.1 ~ 40 | 4.01 ~ 7.99 | - |
Product Guide
Application Scenarios+
This light-duty metric ball-lock punch set is used in injection mold tooling wherever stable, repeatable positioning of ejector features is required. The larger-than-shank point geometry improves contact control during pressing, helping the punch start and seat consistently in precision die work.
- Automotive interior/exterior component molds: Use the larger point to maintain controlled press contact when forming or locating small ejector/punching features in thin-wall or high-cycle cavities.
- Consumer goods and appliance housings: The XVP coating supports wear resistance for consistent dimensional behavior over repeated cycles, reducing variability in short-to-medium production runs.
- Medical device housing or insert tooling (non-sterile components): Tip shapes (H–Z) and metric shank diameters (13–32 mm) help match cavity/core interfaces for reliable assembly alignment.
Engineers typically select this variant because the point-to-shank relationship improves seating control, while the XVP coating is suited for light-duty, quoting-focused production environments.
Material & Process Details+
The provided product data specifies geometry and coatings but does not list the underlying steel grade or heat-treatment condition. Because of that, hardness (HRC), exact wear/toughness balance, and thermal processes such as quenched & tempered or nitriding cannot be confirmed from the input.
- XVP coating: The coating is included to improve wear resistance and support repeatable punch performance in light-duty metric applications.
- Tool steel trade-off (selection guidance): In general, ball-lock punches require a balance of hardness for edge stability and toughness to avoid chipping under repeated contact loads; the exact balance depends on the steel grade and heat treatment.
If you need the certified steel grade and HRC range for qualification, please share the supplier datasheet/spec sheet for this series, or confirm whether multiple steel grades are offered for different D and tip shapes.
Sizing & Selection Guide+
Select dimensions by matching the punch shank and point interface to the corresponding ball-lock pocket and cavity/core contact surface. This series provides shank diameter (D) options of 13, 16, 20, 25, or 32 mm, and a fixed point length (L1) range of 19–30 mm, with a fixed overall length (L) of 80–100 mm.
- Choose D: Match the required ball-lock shank fit to the mating housing/pocket designed for the same D (metric set compatibility).
- Confirm point length L1: Ensure the point engagement depth within the die so the punch seats without bottoming or excessive protrusion.
- Match P and W: Use P (13.1–32 / 16.1–38 / 20.1–40 / 25.1–44 / 32.1–50 mm) and W (1.57–27.8 mm) to align point geometry with the intended contact area for the chosen tip shape (H, J, K, L, N, O, R, V, X, Y, Z).
- Verify edge radius R: Select R (0.2–16 up to 0.2–25 mm depending on configuration) to control contact stress and life.
Tolerance values are not provided in the input; therefore, final fit should be verified against your ball-lock pocket drawing and assembly clearance requirements for the selected D and tip shape.
Frequently Asked Questions
Which shank diameter (D) should I choose for this DAYTON metric ball-lock punch series?+
This series offers D (shank dia.) values of 13, 16, 20, 25, and 32 mm. Select the diameter that matches the mating ball-lock pocket/shank bore used in your die set. If your assembly is a pre-defined metric ball-lock system, keep D consistent across the punch family to avoid fit and alignment issues.
How do I determine the correct point length (L1) to avoid bottoming in the die?+
The fixed point length (L1) range is 19–30 mm, while overall length (L) is 80–100 mm. Use L1 to set the required point engagement depth in the cavity/core interface so the punch seats correctly without excessive protrusion. Verify the engagement using your die stack-up and any spacer or base thicknesses.
What tip shapes (H–Z) are available, and how do they affect punch performance?+
Tip shape options provided are H, J, K, L, N, O, R, V, X, Y, Z. These shapes control the contact profile at the point, which influences how the punch loads and seats during pressing. Choose the tip shape that matches your intended contact geometry and part feature tolerance requirements.
How should I select P, W, and radius R when designing the point-to-cavity contact?+
Use P to match the configured geometry ranges (e.g., 13.1–32, 16.1–38, 20.1–40, 25.1–44, 32.1–50 mm depending on configuration), and W within 1.57–27.8 mm. Select the edge/rounding R from the available ranges listed (e.g., 0.2–16 up to 0.2–25 mm depending on configuration). This combination is typically used to tune contact area and stress distribution.
What does the XVP coating imply for wear resistance in light-duty applications?+
The series includes an XVP coating described as supporting wear resistance for repeatable punch performance. This is intended to help maintain consistent pressing behavior under light-duty, metric production conditions. Actual coating life will still depend on your material, cycle rate, and contact load—so confirm with your application trials.
Need Custom Specifications?
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