Replacement Carbide Insert Replacement Set, 3 Pack 0.47 Square Inserts, Fits Various Ultra-Shear Router Bits

The Ultra-Shear 1-1/2" Carbide Insert Spoilboard Bit is now available for even the smallest routers. This innovative bit leverages the long-lasting durability of carbide inserts, which can be rotated when dull, ensuring you get the most out of every edge. Unlike traditional larger bits that require heavy-duty routers, this cleverly designed bit fits three carbide inserts into a compact 1-1/2" cutting circle, making it compatible with cordless palm routers. Whether you're intimidated by larger routers or simply don't require one for your project, the Ultra-Shear 1-1/2" Carbide Insert Spoilboard Bit empowers you to tackle surface milling with ease. Ideal for popular surface milling projects like end grain cutting boards, this bit delivers precision and convenience in one robust tool.End grain cutting boards are renowned for their durability and ability to withstand heavy kitchen use, but leveling them can be challenging and potentially hazardous if not done correctly. Traditional methods often involve cumbersome routers with 2" spoilboard bits or tedious belt sanding, but the Ultra-Shear 1-1/2" Carbide Insert Spoilboard Bit offers a safer, more effective alternative. Compatible with virtually any router thanks to its availability in 1/4" shank and 1/2" shank sizes, this bit allows you to level end grain boards effortlessly.Manufactured in Strongsville, Ohio, Ultra-Shear router bits deliver American-made quality. This ensures you get top-quality bits without compromising on performance. By embracing replaceable carbide inserts, Ultra-Shear bits provide an effective solution to maintaining sharp cutting edges. Say goodbye to frequently replacing dull bits and hello to a new set of sharp edges in seconds.

• REPLACEMENT INSERT SET - This kit includes a 3-pack of replacement carbide inserts for Ultra-Shear Router Bits. Router bit sold separately.
• 4-SIDED INSERTS - The carbide inserts allow you to rotate them once you've gone through an edge. Replace the inserts and not the bit once you've gone through all 4 edges.