Thomson Industries DS24 Die Set Linear Ball Bushing

Product Description

The THOMSON INDUSTRIES DS24 is a closed-style die set linear ball bushing designed for precision linear motion applications. With a 1.5-inch inside diameter and a dynamic load capacity of 770 pounds, this bushing provides reliable, low-friction linear guidance in tooling, die set, and industrial machinery installations. The fixed alignment style and round bore design ensure consistent positioning and straightforward press-fit installation. This component is installed by mechanical technicians and tooling specialists working on stamping dies, punch presses, and similar production equipment.

The DS24 is suited for die set applications in industrial manufacturing environments where repeatable linear motion under load is required. Its closed bearing style retains the ball elements fully within the housing, making it appropriate for installations where contamination control and structural compactness are priorities. The 2.72-inch outside diameter fits standard die set plate bores used in metal stamping and progressive die tooling.

Key Features

• Closed bearing style fully retains ball elements for cleaner operation
• 1.5-inch inside diameter with a precision bore of 1.4997 inches for accurate shaft fit
• 770-pound dynamic load capacity supports demanding production tooling cycles
• Fixed alignment style for rigid, non-adjustable linear guidance
• Round bore design compatible with standard round linear shafts
• 2.72-inch outside diameter matches common die set plate bore dimensions

Compatibility

Designed as an OEM-style replacement or direct fitment for die set applications requiring a closed linear ball bushing with a 1.5-inch bore and 2.72-inch outside diameter.

Installation Notes

Installation is typically performed by toolroom machinists or die maintenance technicians. Power down and lock out all equipment before servicing or replacing bushings in an active die set. The bushing is press-fit into the die plate bore; use an arbor press and appropriate driver sleeve to avoid cocking the bushing during installation. Do not strike the bushing directly with a hammer, as this can damage the ball retainer and bore surface.