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Ball Guide Sleeve Bushings - Press Fit Type - Inch

Ball Guide Sleeve Bushings - Press Fit Type - Inch

Ball Guide Sleeve Bushings (Steel) are designed for press-fit installation in inch-based die sets, delivering stable linear guidance and reliable component alignment. As bushings only, they simplify maintenance and replacements while keeping guided motion consistent under cycling loads.

  • Ball guide design supports smooth, repeatable motion during press operation
  • Steel construction resists wear for long service intervals in tooling
  • Tight inch tolerance range (0.0005 in) helps maintain precise fit-up
  • Inch press-fit style for guide hardware compatibility in die set assemblies

Specifications

138 configurations available

Nom. Pin Diameter (in)Dimension L1 (in)
3/41.625
3/41.875
3/42.125
3/42.375
3/42.625
3/42.875
3/43.125
3/43.375
3/43.625
3/43.875
3/44.375
3/45.875
11.875
12.125
12.375
12.625
12.875
13.125
13.375
13.625
13.875
14.125
14.375
14.625
14.875
15.375
15.875
16.375
16.875
1 1/42.375
1 1/42.625
1 1/42.875
1 1/43.125
1 1/43.375
1 1/43.625
1 1/43.875
1 1/44.125
1 1/44.375
1 1/44.625
1 1/44.875
1 1/45.375
1 1/45.875
1 1/46.375
1 1/46.875
1 1/47.875
1 1/48.875
1 1/22.875
1 1/23.125
1 1/23.375
1 1/23.625

Product Guide

🏭Application Scenarios+

In injection molding and die-casting tooling, press-fit guide sleeve bushings are used to control linear motion of mating guide components during opening/closing cycles and under die-set loads. This inch-based variant is suited to large-mold and die-casting assemblies where consistent alignment reduces wear and helps stabilize parting-line behavior.

  • Die-set guide systems: Install as a sleeve bushing in inch-compatible guide hardware to support smooth, repeatable motion; the press-fit style helps maintain position with minimal adjustment.
  • Precision die sets for tough cycling: Steel construction supports wear resistance in guided interfaces where frequent press operation can otherwise degrade guidance accuracy over time.
  • Maintenance and component replacement: Because this is a bushing-only element, it simplifies refurbishment so guided motion remains consistent after wear inspection.
🔧Material & Process Details+

This product is built from steel, selected for durability in guided motion interfaces. In press-fit guide applications, the key goal is maintaining stable dimensional integrity while resisting surface wear from repeated sliding/rolling contacts in the guide path.

  • Heat treatment state: The provided data does not specify a particular hardness or heat treatment (e.g., quenched & tempered, nitrided). Please confirm the heat-treatment spec from your quote request for exact performance targets.
  • Hardness & wear vs. toughness trade-off: Typical hardened guide steels balance higher wear resistance (often via quench/temper or surface hardening) with controlled toughness to avoid chipping under load. The final balance depends on the documented hardness and heat treatment.
  • Material comparison: No alternate material grades are listed in the input; selection is therefore limited to the steel construction indicated.

For design validation, request the hardness (HRC) and treatment details to match your cycling loads and allowable guide wear.

📐Sizing & Selection Guide+

Use the provided dimensions to match the sleeve bushing to your guide pin and die-set layout. Start by selecting the Nom. Pin Diameter (in) in the range 1 ~ 3 (inches) so the bushing correctly fits the mating guide pin size used in your inch-based tooling.

  • Choose the correct length L1: Select Dimension L1 (in) within 1.625 ~ 13.875 to match the required guide support length in the cavity/core structure.
  • Match to cavity/core requirements: Verify that the installed bushing length provides the intended bearing/support zone without interfering with adjacent components or ejector/actuation hardware.
  • Fit and tolerance considerations: The description indicates a tight inch tolerance range of 0.0005 in; ensure your guide-pin and mating bore specs in the die set are consistent with this tolerance to achieve stable alignment after press-fit installation.
  • Configurable vs. fixed: Pin diameter and L1 are variable within the given ranges; other dimensions are not provided in the input and should be confirmed for your part number.

Frequently Asked Questions

How do I select the correct Nom. Pin Diameter when using this press-fit ball guide sleeve bushing in an inch die set?+
Select the Nom. Pin Diameter (in) within the specified range of 1 ~ 3 in so the sleeve bushing is compatible with your inch-based guide pin size. Confirm that your die set uses inch dimensions so the press-fit interface aligns correctly. If your pin diameter is at the high or low end of the range, validate the fit with your die drawing tolerance stack-up.
What L1 length should I use to ensure proper guide support in a large-mold die-casting assembly?+
Choose Dimension L1 (in) within 1.625 ~ 13.875 in based on the required bearing/support length in the die structure. Ensure the installed length covers the portion of the stroke where alignment is most critical and does not conflict with nearby hardware. If your design relies on a specific support zone length, compare that requirement directly to L1.
What tolerance should I expect for press-fit alignment performance?+
The provided description states a tight inch tolerance range of 0.0005 in. To achieve stable alignment after press-fit installation, your mating guide hardware (e.g., bore/pin interfaces) should be dimensioned and toleranced consistently with this level. If your tolerance stack-up is wider than 0.0005 in, ask for confirmation of the final delivered tolerance for your configuration.
Is the sleeve bushing meant to be maintenance-replaced without reworking the entire guide system?+
Yes—this is a bushing-only component intended for press-fit installation, which simplifies maintenance compared with replacing larger guide assemblies. In a refurbishment cycle, you can remove and replace the worn sleeve to restore guided motion consistency under repeated cycling loads. Confirm installation and interference requirements with your die drawings.
What steel hardness or heat treatment is used, and how does it affect wear and toughness?+
The input confirms steel construction but does not specify a hardness (HRC) or a heat-treatment method (e.g., quenched & tempered or nitrided). Those parameters strongly influence the wear-resistance vs. toughness balance in high-cycle guide interfaces. Request the heat-treatment and HRC data in your quote so you can validate performance for your cycling load and allowable wear.

Need Custom Specifications?

Our engineering team can help with custom configurations, material selection, and volume pricing.