These diamond wheels are used to flute end mills and bits, which are then used to mill and drill various components in the aerospace and powertrain industries. Focused on Fluting 3M™ Hybrid Diamond Grinding Wheels are designed to boost performance in demanding flute grinding applications.

Made of diamond abrasive, these wheels cut ceramics, tile, and other abrasive materials. Choose from our selection of diamond grinding wheels, including over 175 products in a wide range of styles and sizes. In stock and ready to ship.

Shars Tool offers a vast collection of diamond & CBN grinding wheels. Choose from our variety of flaring wheels, grinding wheels, cut-off wheels, and straight cup wheels made for ferrous or non-ferrous metals.

Diamond plated and vacuum brazed diamond tooling for high-performance grinding, cutting and milling of abrasive materials including carbon fiber reinforced plastics (CFRP), carbon-reinforced brake materials, ceramics, silicon, and stone.

Superabrasive diamond grinding wheels for CNC tool grinder MoreSuperHard Products devotes to offer an efficiency and economic solution in PCD and CBN cutting tools grinding. We can supply quality PCD grinding wheel at very long life as well as fast cutting.

A family of end mills with a CVD thick-film diamond tip, optimized for the machining of highly abrasive materials. By integrating a full carbide body, these end mills are able to provide excellent rigidity and stability.

 — Diamond grinding uses the hardness of a diamond to grind, shape, and smooth surfaces. Applications: Precision ceramics, glass, and hard metals. Perks: Provides refined finishes and works for intricate, delicate pieces.

11v9 diamond grinding wheel for sharpening and finishing of back and side surface of hard alloys.

Browse the vast selection of Norton grinding and cutting wheels. From cut-off wheels and toolroom wheels to diamond and cBN products, Norton has the wheel to meet your requirements.

 — Diamond Grinding. Diamond grinding uses diamond-embedded wheels to remove material and achieve a high-quality surface finish. This process is particularly effective for hard materials that are difficult to machine with other methods, such as ceramics, glass, and carbide.