Scientific Cutting Tools B180500A Boring Bar Solid Carbide

Product Description

The SCIENTIFIC CUTTING TOOLS B180500A is a solid carbide boring bar engineered for internal diameter finishing and light roughing in precision machining applications. Built from submicron-grade carbide and finished with an AlTiN+ coating, this bar delivers wear resistance and thermal stability at cutting speeds where standard carbide grades fall short. The right-hand cutting geometry suits the majority of CNC lathe and boring machine setups running conventional spindle rotation. The 0.25-inch shank diameter and 2.5-inch overall length make this a compact, rigid tool suited for small-bore work starting at a 0.18-inch minimum bore diameter with a maximum bore depth of 0.5 inches.

This boring bar is intended for use in machine shops, tool rooms, and production environments where small-diameter internal bores require tight tolerances and consistent surface finish. Typical applications include bore finishing on small hydraulic components, precision housings, and instrument-grade parts. The AlTiN+ coating extends tool life in hard materials and dry or semi-dry cutting conditions. A licensed machinist or CNC programmer will typically set up and qualify this tool.

Key Features

• Submicron solid carbide construction for rigidity and edge retention in small-bore applications
• AlTiN+ finish coating provides thermal and oxidation resistance at elevated cutting temperatures
• Right-hand cutting direction compatible with standard CNC lathe and boring machine spindle rotation
• 0.18-inch minimum bore diameter enables access to tight internal features
• 0.25-inch shank diameter fits common ER and straight-bore toolholders
• Compact 2.5-inch overall length reduces overhang and supports bore straightness

Compatibility

Designed for use in CNC lathes and boring machines accepting a 0.25-inch straight shank. Confirm minimum bore diameter clearance and maximum depth requirements before use.

Installation Notes

Installation and tool qualification should be performed by a trained machinist or CNC operator. Ensure the machine spindle is fully stopped and the machine is in a safe state before loading or adjusting the tool in the holder. Verify shank runout with a dial indicator after clamping and before taking a cut. Do not exceed the maximum bore depth of 0.5 inches, as excessive overhang beyond the rated depth can cause chatter and tool deflection.