Chamfer vs fillet

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Titanium Aluminum Nitride (TiAlN) coating increases the resistance to wear, ductility, and heat transfer through the chips, making these cutters a good all-around choice for roughing and finishing steel, stainless steels, cast iron, and high-temperature alloys.

Chamfer Tool

HSAM1 series chamfer end mills are 2-flute cutters designed for high-speed chamfering primarily in aluminum and steel, with secondary applications in stainless steel and cast iron. They are solid carbide end mills, with a TiCN coating.

Chamfer vs bevel

In addition to chamfering, these versatile chamfer mills can be used for several other machining operations, such as creating a full bevel along the edge of a part, breaking sharp edges, countersinking holes, or preparing material for welding operations.

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Chamfer in AutoCAD

HSPM1 series chamfer end mills are 4-flute cutters designed for high-speed performance chamfering in steel, stainless steel, and high-temperature alloys, with secondary applications in cast iron and aluminum. They are solid carbide end mills, with a TiAlN coating.

Chamfered edge

Titanium Carbon Nitride (TiCN) provides excellent abrasive resistance, and hardness to the cutting edge. It does not perform well at very high temperatures, so properly applied coolant is a must. This coating is perfect for aluminum and abrasive high-silicon aluminum alloys.

Chamfer Mills are one of the most common tools used by machinists, because nearly every machined component requires at least one chamfer operation. Many machining operations leave a burr or sharp edge on the workpiece, and a chamfer mill removes the sharp edges, leaving a smooth, angled surface or chamfer.