Osg 26800516 Spiral Router Bit 0.375 in Solid Carbide Diamond

Product Description

The OSG 26800516 is a solid carbide spiral router bit designed for routing and milling operations in composite materials. With a 0.375 inch cutter diameter and a 1.125 inch length of cut, this bit handles demanding material removal in applications where edge quality and tool longevity are critical. The diamond coating reduces friction and heat buildup, extending tool life when cutting abrasive composites. The end mill end type and spiral flute geometry promote clean chip evacuation. This bit is installed by machinists, CNC operators, and fabricators working with composite panels, laminates, and similar hard-on-tooling materials.

This spiral router bit is suited for use in CNC routing machines and manual router setups processing composite materials such as fiberglass, carbon fiber, and similar abrasive substrates. The 3/8 inch shank diameter fits standard collets used in industrial and benchtop routing equipment. With a 3 inch overall length, it provides adequate clearance for typical panel routing operations without excessive overhang. Shops running production work in composite fabrication will find this bit appropriate for slotting, profiling, and trimming cuts.

Key Features

• Solid carbide construction for rigidity and wear resistance in abrasive composites
• Diamond coating minimizes heat and friction during high-speed cutting of hard materials
• Spiral flute geometry promotes efficient chip evacuation and reduces re-cutting
• 0.375 inch cutter diameter with 1.125 inch length of cut for versatile depth capability
• End mill end type suitable for plunge and profile routing operations
• 3/8 inch shank diameter fits standard industrial and CNC router collets

Compatibility

Designed for use in composite material applications; compatible with routers and CNC machines equipped with a 3/8 inch collet.

Installation Notes

This bit is installed by machinists or CNC technicians. Ensure the router or spindle is fully powered down and locked out before changing tooling. Seat the shank fully in the collet and tighten to the equipment manufacturer's specified torque. Verify spindle speed settings are appropriate for the material and cutter diameter before beginning a cut.