EZ Fit Retainer Inserts for Ball Lock Retainers - Metric
EZ Fit Retainer Inserts for Ball Lock Retainers - Metric (Dayton) provide a fast, repeatable method to maintain reliable insert retention for ball lock systems. These metric inserts are designed to improve assembly consistency and reduce setup variation.
- EZ Fit geometry supports secure retention in ball lock retainer housings
- Metric configuration for compatibility with standard M-series ball-lock setups
- Shank diameter range 10–40 mm enables selection for different applications
- Use with ball lock retainers to streamline tooling and component positioning
Specifications
7 configurations available
| Shank Diameter (mm) |
|---|
| 10 |
| 13 |
| 16 |
| 20 |
| 25 |
| 32 |
| 40 |
Product Guide
Application Scenarios+
EZ Fit retainer inserts are used inside ball-lock punch/retainer tooling where a repeatable mechanical lock is required during assembly and cycling. In automotive and industrial quick-coupler molds, the inserts help maintain consistent ball-lock seating, reducing variation between build stages and improving robustness during part ejection.
For robotics end-effector and fixture systems, these metric inserts simplify setup by standardizing the interface geometry, which supports accurate positioning of the ball-lock retainer elements across different cavity tools.
- Secure retention: the EZ Fit geometry supports reliable insert retention in ball-lock retainer housings.
- Metric compatibility: the metric configuration is intended for compatibility with standard M-series ball-lock setups.
- Flexible sizing: select a shank diameter within 10–40 mm to match the retainer housing requirements.
Material & Process Details+
The provided specification data for this EZ Fit retainer insert does not include the steel grade, hardness (HRC), heat-treatment state (e.g., quenched & tempered, nitrided), or specific wear/toughness metrics. As a result, material property claims cannot be made from the current dataset.
- Material: not specified in the provided parameters.
- Heat treatment: not specified (no pre-hardened/quenched & tempered/nitrided information provided).
- Hardness & wear: not specified (no HRC or wear-resistance figures provided).
- Toughness trade-off: cannot be quantified without the grade and treatment.
For accurate selection in high-cycle or abrasive applications, request the steel grade and heat-treatment details so the insert can be matched to your ball-lock loading conditions.
Sizing & Selection Guide+
Select the insert by matching the shank diameter to the corresponding bore/interface requirement in your ball-lock retainer housing. This product is specified for a shank diameter range of 10–40 mm, so choose the insert size that best fits the retainer’s pocket or guide features.
- Determine the interface: confirm the retainer housing opening/bore diameter that receives the insert shank.
- Choose closest diameter: pick a shank diameter within 10–40 mm to ensure proper seating and retention.
- Consider fit: because tolerance values are not provided in the dataset, align your design with your own housing tolerances and assembly clearances to avoid interference or loss of retention.
- Metric configuration: use the metric variant to maintain compatibility with standard M-series ball-lock setups.
If multiple retainer sizes are available in your system, maintain consistent diameter selection across tooling to reduce variation in ball-lock engagement.
Frequently Asked Questions
How do I choose the correct insert size for a ball-lock retainer housing?+
Select the insert based on the shank diameter. This series is specified for 10–40 mm, so your housing interface diameter should be matched to the chosen insert shank size to ensure secure retention.
Tolerance and fit guidance (clearance/interference) are not provided here, so align selection with your retainer housing tolerances and assembly requirements.
Is this insert compatible with M-series ball-lock systems?+
Yes. This variant is explicitly described as a metric configuration intended for compatibility with standard M-series ball-lock setups.
Use the metric insert when your retainer system and tooling interface are based on M-series dimensions.
What retention performance factors are addressed by the EZ Fit geometry?+
The dataset states that the EZ Fit geometry supports secure retention in ball-lock retainer housings. Practically, this helps maintain consistent mechanical engagement during assembly and cycling.
Because hardness/heat-treatment values are not included in the provided specs, long-term wear performance should be confirmed with the steel grade and treatment details for your application.
What material grade and hardness are used for these inserts?+
The provided product data does not specify the steel grade, hardness (HRC), or heat treatment state (e.g., quenched & tempered or nitrided).
For selection in high-cycle mold or high-wear environments, request the material and heat-treatment documentation so you can verify wear resistance and toughness for your load conditions.
Can I use these inserts across different tooling cavity setups in the same mold build?+
You can, provided each application uses the same metric (M-series) ball-lock interface and you select the correct shank diameter within 10–40 mm for each retainer housing.
Consistent diameter selection reduces variation in ball-lock seating and assembly repeatability.
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