Osg 20611316 Diamond Pattern Router Bit 1/4 in Solid Carbide

Product Description

The OSG 20611316 is a solid carbide diamond pattern router bit designed for precision routing of advanced composite materials. With a 0.25-inch cutter diameter, a 0.75-inch length of cut, and a 10-flute geometry, this bit delivers clean, controlled material removal in applications where conventional tooling falls short. The diamond coating reduces friction and extends tool life when cutting abrasive substrates. It accepts a standard 1/4-inch shank and measures 2.5 inches overall, making it compatible with common router chucks and collets used in CNC and handheld routing setups.

This router bit is engineered for cutting carbon fiber, carbon composite panels, and honeycomb core structures commonly found in aerospace, motorsports, fabrication, and industrial manufacturing applications. The square end type suits through-cuts and profiling passes on flat composite panels. Machinists, composite fabricators, and CNC operators working with high-abrasion materials will find the 10-flute design reduces surface fraying and delamination compared to standard flute counts.

Key Features

• Solid carbide construction resists deflection and wear in abrasive composite materials
• Diamond coating extends tool life and reduces heat buildup during cutting
• 10-flute design minimizes delamination and fraying on carbon fiber and honeycomb core
• Square end type suits profiling and through-cut operations on flat panel stock
• Standard 1/4-inch shank fits common CNC router collets and handheld router chucks

Compatibility

Designed for use on carbon, carbon fiber, and honeycomb core materials. Fits routers and CNC spindles equipped with a 1/4-inch collet.

Installation Notes

Installation should be performed by a qualified machinist or CNC operator familiar with composite routing procedures. Power down and de-energize the spindle completely before installing or changing bits. Ensure the shank is fully seated in the collet to the recommended engagement depth and that the collet nut is properly tightened before operation. Always use appropriate respiratory protection and dust collection when machining carbon fiber, as fine carbon dust presents an inhalation and electrical hazard.