Value Collection SC05879622 Type C Tool Holder Bushing

Product Description

The VALUE COLLECTION SC05879622 is a Type C rotary tool holder bushing used in precision machining and toolholding applications. It features a 1 inch inside diameter and a 2 inch outside diameter, with a 4 inch length under the head. The head thickness measures 5/16 inch (0.3030 inches decimal). The 3-5/8 inch slot length accommodates standard locking arrangements found in toolholder blocks and machining center setups. This bushing is installed by machinists and toolroom technicians to secure and locate rotary cutting tools within holder blocks, boring bars, or similar fixturing systems.

This Type C bushing is suited for use in toolholder blocks, rotary tool stations, and machining fixtures found in production and job-shop environments. It is appropriate for both horizontal and vertical machining setups where consistent tool location and rigid support are required. The 4 inch length under the head provides deep engagement in toolholder bores, helping maintain concentricity during cutting operations.

Key Features

• Type C bushing design with 3-5/8 inch slot length for standard locking arrangements
• 1 inch inside diameter and 2 inch outside diameter for defined toolholder fitment
• 4 inch length under head provides deep bore engagement and rigid support
• 5/16 inch head thickness (0.3030 inches) for positive axial seating
• Weighs 2.046 pounds for a solid, stable toolholding presence
• UNSPSC Code 27112809 for procurement and catalog classification

Compatibility

Designed as a standard Type C rotary tool holder bushing for use in toolholder blocks and machining fixtures requiring a 1 inch bore with a 2 inch outside diameter seating surface.

Installation Notes

Installation is performed by machinists or toolroom technicians. Power down and lock out the machine spindle before removing or installing any toolholder components. Ensure the bore in the holder block is clean and free of burrs before seating the bushing. Check that the slot orientation aligns with the locking mechanism before applying any clamping force.