Indexable & Exchangeable-Head Milling

Replacement parts and accessories for oil skimmers allow machine operators or maintenance staff replace broken or worn skimmer parts or extend the use of oil skimmers.

Replacement parts and accessories for oil skimmers allow machine operators or maintenance staff replace broken or worn skimmer parts or extend the use of oil skimmers.

This insert is made out of carbide with a finish. This insert has a 1/32 inch corner radius.

This insert is made out of carbide with a finish. This insert has a 1/32 inch corner radius.

This square milling insert is made of carbide. It is designed for use with M690 series 0 Degrees /90 Degrees shoulder mills. It is for use on cast iron and is for milling. This M690 series square milling insert features a fractional inch measurement system, is 0.2500 inch thick, has a 3/64 inch corner radius, a right hand cutting direction, and has an Al2O3 finish.

This square milling insert is made of carbide. It is designed for use with M690 series 0 Degrees /90 Degrees shoulder mills. It is for use on cast iron and is for milling. This M690 series square milling insert features a fractional inch measurement system, is 0.2500 inch thick, has a 3/64 inch corner radius, a right hand cutting direction, and has an Al2O3 finish.

This trigon milling insert is made of carbide. It is designed for use with M370 series copy mills. It is for use on cast iron, and roughing. This M370 series trigon milling insert is MH geometry is the first choice for high-strength steel and cast iron. Plus it has a metric measurement system, is 0.1870 inch thick, and has a 1.22 mm corner radius, a right hand cutting direction, and has an Al2O3 finish.

This trigon milling insert is made of carbide. It is designed for use with M370 series copy mills. It is for use on cast iron, and roughing. This M370 series trigon milling insert is MH geometry is the first choice for high-strength steel and cast iron. Plus it has a metric measurement system, is 0.1870 inch thick, and has a 1.22 mm corner radius, a right hand cutting direction, and has an Al2O3 finish.

This round milling insert is made of carbide. It is designed for use with M200 series copy mills. It is for use on cast iron, steel, and stainless steel and is for milling. This M200 series round milling insert features a metric measurement system, is 0.2173 inch thick, a neutral cutting direction, and has an Al2O3 finish.

This round milling insert is made of carbide. It is designed for use with M200 series copy mills. It is for use on cast iron, steel, and stainless steel and is for milling. This M200 series round milling insert features a metric measurement system, is 0.2173 inch thick, a neutral cutting direction, and has an Al2O3 finish.

This square milling insert is made of carbide. It is designed for use with M690 series shoulder mills. It is for use on aluminum, brass, bronze, copper, magnesium and is for milling. This M690 series square milling insert features a fractional inch measurement system, is 0.1870 inch thick, has a 1/32 inch corner radius, a right hand cutting direction, and has a bright (uncoated) finish.

This square milling insert is made of carbide. It is designed for use with M690 series shoulder mills. It is for use on aluminum, brass, bronze, copper, magnesium and is for milling. This M690 series square milling insert features a fractional inch measurement system, is 0.1870 inch thick, has a 1/32 inch corner radius, a right hand cutting direction, and has a bright (uncoated) finish.

This hexagon milling insert is made of carbide. It is designed for use with M1200 series face mills. It is for use on nickel, stainless steel, titanium, steel, and is for medium cutting. This M1200 series hexagon milling insert features a fractional inch measurement system, is 0.2190 inch thick, has a 3/64 inch corner radius, a neutral cutting direction, and has a TiN finish.

This hexagon milling insert is made of carbide. It is designed for use with M1200 series face mills. It is for use on nickel, stainless steel, titanium, steel, and is for medium cutting. This M1200 series hexagon milling insert features a fractional inch measurement system, is 0.2190 inch thick, has a 3/64 inch corner radius, a neutral cutting direction, and has a TiN finish.

This square milling insert is made of carbide. It is designed for use with M690 series 0 Degrees /90 Degrees shoulder mills. It is for use on nickel, stainless steel, steel, titanium, cast iron, and medium cutting to heavy roughing. This M690 series square milling insert features a fractional inch measurement system, is 0.1875 inch thick, and has a 1/16 inch corner radius, a right hand cutting direction, and has a TiAlN finish.

This square milling insert is made of carbide. It is designed for use with M690 series 0 Degrees /90 Degrees shoulder mills. It is for use on nickel, stainless steel, steel, titanium, cast iron, and medium cutting to heavy roughing. This M690 series square milling insert features a fractional inch measurement system, is 0.1875 inch thick, and has a 1/16 inch corner radius, a right hand cutting direction, and has a TiAlN finish.

This diamond milling insert is made of carbide. It is designed for use with M16 series slotting mills. It is for use on aluminum, brass, bronze, copper, magnesium, cast iron, nickel, titanium, and is for medium cutting. This M16 series diamond milling insert features a fractional inch measurement system, is 0.0937 inch thick, has a 1/64 inch corner radius, a neutral cutting direction, and has a bright (uncoated) finish.

This diamond milling insert is made of carbide. It is designed for use with M16 series slotting mills. It is for use on aluminum, brass, bronze, copper, magnesium, cast iron, nickel, titanium, and is for medium cutting. This M16 series diamond milling insert features a fractional inch measurement system, is 0.0937 inch thick, has a 1/64 inch corner radius, a neutral cutting direction, and has a bright (uncoated) finish.

This square milling insert is made of carbide. It is designed for use with M660 series face mills. It is for use on steel, and stainless steel and is for milling. This M660 series square milling insert features a fractional inch measurement system, is 0.2169 inch thick, a right hand cutting direction, and has a TiN finish.

This square milling insert is made of carbide. It is designed for use with M660 series face mills. It is for use on steel, and stainless steel and is for milling. This M660 series square milling insert features a fractional inch measurement system, is 0.2169 inch thick, a right hand cutting direction, and has a TiN finish.

This parallelogram milling insert is made of carbide. It is designed for use with VSM11 series shoulder mills. It is for use on cast iron, and roughing. This VSM11 series insert is MH is a heavy-duty machining geometry and is the first choice for steel and cast iron materials. Plus it has a metric measurement system, is 0.1570 inch thick, 6.90 mm width, has a 1.60 mm corner radius, a right hand cutting direction, and has an Al2O3 finish.

This parallelogram milling insert is made of carbide. It is designed for use with VSM11 series shoulder mills. It is for use on cast iron, and roughing. This VSM11 series insert is MH is a heavy-duty machining geometry and is the first choice for steel and cast iron materials. Plus it has a metric measurement system, is 0.1570 inch thick, 6.90 mm width, has a 1.60 mm corner radius, a right hand cutting direction, and has an Al2O3 finish.

This hexagon milling insert is made of carbide. It is designed for use with M1200 mini series face mills. It is for use on cast iron, and finishing. This M1200 series hexagon milling insert features a fractional inch measurement system, is 0.1763 inch thick, has a 3/64 inch corner radius, a neutral cutting direction, and has a AlOX-SN finish.

This hexagon milling insert is made of carbide. It is designed for use with M1200 mini series face mills. It is for use on cast iron, and finishing. This M1200 series hexagon milling insert features a fractional inch measurement system, is 0.1763 inch thick, has a 3/64 inch corner radius, a neutral cutting direction, and has a AlOX-SN finish.

This ball nose milling insert is made of carbide. It is designed for use with M270 copy mill. It is for use on steel, stainless steel, copy milling, medium. This M270 series ball nose milling insert features BR geometry is the first choice for all semi-finishing and medium-duty applications. Plus it has a metric measurement system, is 4.76 mm thick, 25 mm width, and has a 12.5000 mm corner radius, a right hand cutting direction, and has a TiN finish.

This ball nose milling insert is made of carbide. It is designed for use with M270 copy mill. It is for use on steel, stainless steel, copy milling, medium. This M270 series ball nose milling insert features BR geometry is the first choice for all semi-finishing and medium-duty applications. Plus it has a metric measurement system, is 4.76 mm thick, 25 mm width, and has a 12.5000 mm corner radius, a right hand cutting direction, and has a TiN finish.

This hexagon milling insert is made of carbide. It is designed for use with M640 series face mills. It is for use on stainless steel, steel, nickel, titanium, and is for medium cutting. This M640 series hexagon milling insert features a metric measurement system, is 0.1563 inch thick, has a 0.98 mm corner radius, a right hand cutting direction, and has a AlCrTiN finish.

This hexagon milling insert is made of carbide. It is designed for use with M640 series face mills. It is for use on stainless steel, steel, nickel, titanium, and is for medium cutting. This M640 series hexagon milling insert features a metric measurement system, is 0.1563 inch thick, has a 0.98 mm corner radius, a right hand cutting direction, and has a AlCrTiN finish.