Value Collection SC05880067 Type Lb Tool Holder Bushing

Product Description

The VALUE COLLECTION SC05880067 is a Type LB rotary tool holder bushing used in drill press and machine tool setups to locate and guide cutting tools with precision. It features a 1 inch inside diameter and a 1.5 inch outside diameter, with a head thickness of 0.375 inches and a length under the head of 3.125 inches. This bushing is pressed or seated into a drill jig or fixture plate to ensure accurate, repeatable hole placement across production runs. Machinists and tooling technicians install this component as part of jig and fixture assemblies in both job-shop and production-floor environments.

The Type LB designation identifies this as a locking-style bushing intended for use in tool jig plates where the bushing must remain fixed during the drilling or reaming operation. It is suited for applications in metalworking, fabrication, and machine shops where consistent tool guidance is required. The 1 inch bore accommodates standard drill sleeves or cutting tools of that diameter, and the head retains the bushing positively in the fixture plate.

Key Features

• Type LB locking bushing design keeps bushing positively retained in jig plate during operation
• 1 inch inside diameter accommodates standard drill sleeves and cutting tools
• 1.5 inch outside diameter for press-fit or slip-fit installation into fixture plates
• 3.125 inch length under head provides deep guidance for longer tool engagement
• 0.375 inch head thickness for positive seating and axial retention

Compatibility

Designed as a standard Type LB replacement or new-installation bushing for drill jig and fixture plates requiring a 1 inch ID locking-style tool holder bushing.

Installation Notes

Installation is typically performed by a machinist or tooling technician. The bushing should be pressed or driven into the jig plate bore using appropriate tooling to avoid damage to the head or bore surface. Verify bore fit and alignment before final seating. Handle with care to avoid nicking the inside diameter, which can affect tool guidance accuracy.