Diamond-shape turning inserts have four sides of equal length and two acute (less than 90°) cutting points at opposite corners. Also known as rhombic inserts, they are used for general turning operations. These indexable inserts mount to a compatible toolholder, which attaches to a lathe or CNC turning machine. They can be rotated (indexed) to expose a fresh cutting edge when the old one dulls. They can be exchanged for new ones of the same style or a different style that's compatible with the toolholder without removing it from the machine. Diamond turning inserts are differentiated by their nose angle measurements. Narrow cutting-point nose angles provide small cutting depths and decreased vibration while wide cutting-point nose angles provide large cutting depths and increased cutting force. Indexable turning tools require fewer tool changes than solid tools in high-volume metalworking and fabrication applications with high speeds, high feeds, and difficult-to-machine materials.
This diamond turning insert is made of carbide. It is for use on stainless steel, nickel, steel, and titanium, and is for turning. Plus it has a fractional inch measurement system, is ¼ inch thick, is non-coolant through, has a 1/32 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on stainless steel, nickel, steel, and titanium, and is for turning. Plus it has a fractional inch measurement system, is ¼ inch thick, is non-coolant through, has a 1/32 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on stainless steel and steel, and is for turning. Plus it has a fractional inch measurement system, is ¼ inch thick, is non-coolant through, has a 3/64 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on stainless steel and steel, and is for turning. Plus it has a fractional inch measurement system, is ¼ inch thick, is non-coolant through, has a 3/64 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on steel and cast iron and is for turning. Plus it has a fractional inch measurement system, is 3/16 inch thick, is non-coolant through, has a 1/32 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on steel and cast iron and is for turning. Plus it has a fractional inch measurement system, is 3/16 inch thick, is non-coolant through, has a 1/32 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on steel, and is for turning. Plus it has a fractional inch measurement system, is 3/16 inch thick, is non-coolant through, has a 1/32 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on steel, and is for turning. Plus it has a fractional inch measurement system, is 3/16 inch thick, is non-coolant through, has a 1/32 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on steel and cast iron and is for turning. Plus it has a fractional inch measurement system, is ¼ inch thick, is non-coolant through, has a 3/64 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on steel and cast iron and is for turning. Plus it has a fractional inch measurement system, is ¼ inch thick, is non-coolant through, has a 3/64 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on steel and cast iron and is for turning. Plus it has a fractional inch measurement system, is ¼ inch thick, is non-coolant through, has a 1/32 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on steel and cast iron and is for turning. Plus it has a fractional inch measurement system, is ¼ inch thick, is non-coolant through, has a 1/32 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on steel and cast iron and is for turning. Plus it has a fractional inch measurement system, is ¼ inch thick, is non-coolant through, has a 3/64 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on steel and cast iron and is for turning. Plus it has a fractional inch measurement system, is ¼ inch thick, is non-coolant through, has a 3/64 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on stainless steel, nickel, steel, and titanium, and is for turning. Plus it has a fractional inch measurement system, is 5/32 inch thick, is non-coolant through, has a 1/32 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on stainless steel, nickel, steel, and titanium, and is for turning. Plus it has a fractional inch measurement system, is 5/32 inch thick, is non-coolant through, has a 1/32 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on steel and cast iron and is for turning. Plus it has a fractional inch measurement system, is 5/32 inch thick, is non-coolant through, has a 1/64 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on steel and cast iron and is for turning. Plus it has a fractional inch measurement system, is 5/32 inch thick, is non-coolant through, has a 1/64 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on steel and cast iron and is for turning. Plus it has a fractional inch measurement system, is 3/16 inch thick, is non-coolant through, has a 1/64 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on steel and cast iron and is for turning. Plus it has a fractional inch measurement system, is 3/16 inch thick, is non-coolant through, has a 1/64 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on steel and cast iron and is for turning. Plus it has a fractional inch measurement system, is 3/16 inch thick, is non-coolant through, has a 1/64 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on steel and cast iron and is for turning. Plus it has a fractional inch measurement system, is 3/16 inch thick, is non-coolant through, has a 1/64 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on stainless steel and steel, and is for turning. Plus it has a fractional inch measurement system, is 5/32 inch thick, is non-coolant through, has a 1/64 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on stainless steel and steel, and is for turning. Plus it has a fractional inch measurement system, is 5/32 inch thick, is non-coolant through, has a 1/64 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on stainless steel, nickel, steel, and titanium, and is for turning. Plus it has a fractional inch measurement system, is 3/32 inch thick, is non-coolant through, has a 0.0080 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on stainless steel, nickel, steel, and titanium, and is for turning. Plus it has a fractional inch measurement system, is 3/32 inch thick, is non-coolant through, has a 0.0080 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on steel and cast iron and is for turning. Plus it has a fractional inch measurement system, is 3/16 inch thick, is non-coolant through, has a 1/64 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on steel and cast iron and is for turning. Plus it has a fractional inch measurement system, is 3/16 inch thick, is non-coolant through, has a 1/64 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on stainless steel, nickel, steel, and titanium, and is for turning. Plus it has a fractional inch measurement system, is 5/32 inch thick, is non-coolant through, has a 1/32 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on stainless steel, nickel, steel, and titanium, and is for turning. Plus it has a fractional inch measurement system, is 5/32 inch thick, is non-coolant through, has a 1/32 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on cast iron and steel and is for turning. Plus it has a fractional inch measurement system, is 3/16 inch thick, is non-coolant through, has a 3/64 inch corner radius, a neutral cutting direction, and has a TiN finish.
This diamond turning insert is made of carbide. It is for use on cast iron and steel and is for turning. Plus it has a fractional inch measurement system, is 3/16 inch thick, is non-coolant through, has a 3/64 inch corner radius, a neutral cutting direction, and has a TiN finish.
To view Availability for another location, please enter postal code below
Availability dates may vary based on the assortment of product in the cart and is not final until you complete your order.
