Steels & Cast Iron

The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. 

The V438 series is a state of the art 4F end mill featuring full variable flute geometry, eccentric relief, and ALROC-S coating for maximum cutting performance in steels up to 50Rc, cast irons, and super alloys.

The V540 series is a state of the art 5F end mill featuring full variable flute geometry, eccentric relief, and ALROC-S coating for maximum cutting performance in steels up to 50Rc, cast irons, and super alloys. This tool is particularly suitable for...

The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. TiAlN coated to improve tool life in harder to machine materials like...

The G2 series is part of our general purpose line of end mills. The 2 flute geometry is designed for maximum chip evacuation. It excels in low alloy steels and non-ferrous materials like aluminum in high radial engagement machining strategies like...

The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. 

The V438 series is a state of the art 4F end mill featuring full variable flute geometry, eccentric relief, and ALROC-S coating for maximum cutting performance in steels up to 50Rc, cast irons, and super alloys.

The V438 series is a state of the art 4F end mill featuring full variable flute geometry, eccentric relief, and ALROC-S coating for maximum cutting performance in steels up to 50Rc, cast irons, and super alloys.

The V540 series is a state of the art 5F end mill featuring full variable flute geometry, eccentric relief, and ALROC-S coating for maximum cutting performance in steels up to 50Rc, cast irons, and super alloys. This tool is particularly suitable for...

The V438 series is a state of the art 4F end mill featuring full variable flute geometry, eccentric relief, and ALROC-S coating for maximum cutting performance in steels up to 50Rc, cast irons, and super alloys.

The V438 series is a state of the art 4F end mill featuring full variable flute geometry, eccentric relief, and ALROC-S coating for maximum cutting performance in steels up to 50Rc, cast irons, and super alloys.

The G2 series is part of our general purpose line of end mills. The 2 flute geometry is designed for maximum chip evacuation. It excels in surfacing applications in softer materials such as aluminum, copper, and even low alloy steels.

The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. 

The V438 series is a state of the art 4F end mill featuring full variable flute geometry, eccentric relief, and ALROC-S coating for maximum cutting performance in steels up to 50Rc, cast irons, and super alloys.

The V540 series is a state of the art 5F end mill featuring full variable flute geometry, eccentric relief, and ALROC-S coating for maximum cutting performance in steels up to 50Rc, cast irons, and super alloys. This tool is particularly suitable for...

The G2 series is part of our general purpose line of end mills. The 2 flute geometry is designed for maximum chip evacuation. It excels in low alloy steels and non-ferrous materials like aluminum in high radial engagement machining strategies like...

The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. 

The V438 series is a state of the art 4F end mill featuring full variable flute geometry, eccentric relief, and ALROC-S coating for maximum cutting performance in steels up to 50Rc, cast irons, and super alloys.

The V540 series is a state of the art 5F end mill featuring full variable flute geometry, eccentric relief, and ALROC-S coating for maximum cutting performance in steels up to 50Rc, cast irons, and super alloys. This tool is particularly suitable for...

The G2 series is part of our general purpose line of end mills. The 2 flute geometry is designed for maximum chip evacuation. It excels in surfacing applications in softer materials such as aluminum, copper, and even low alloy steels.

The V438 series is a state of the art 4F end mill featuring full variable flute geometry, eccentric relief, and ALROC-S coating for maximum cutting performance in steels up to 50Rc, cast irons, and super alloys.

The V540 series is a state of the art 5F end mill featuring full variable flute geometry, eccentric relief, and ALROC-S coating for maximum cutting performance in steels up to 50Rc, cast irons, and super alloys. This tool is particularly suitable for...

The G2 series is part of our general purpose line of end mills. The 2 flute geometry is designed for maximum chip evacuation. It excels in low alloy steels and non-ferrous materials like aluminum in high radial engagement machining strategies like...

The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. 

The G2 series is part of our general purpose line of end mills. The 2 flute geometry is designed for maximum chip evacuation. It excels in surfacing applications in softer materials such as aluminum, copper, and even low alloy steels.

The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. 

The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. TiAlN coated to improve tool life in harder to machine materials like...

The G2 series is part of our general purpose line of end mills. The 2 flute geometry is designed for maximum chip evacuation. It excels in low alloy steels and non-ferrous materials like aluminum in high radial engagement machining strategies like...

The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. 

The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. TiAlN coated to improve tool life in harder to machine materials like...

The G2 series is part of our general purpose line of end mills. The 2 flute geometry is designed for maximum chip evacuation. It excels in surfacing applications in softer materials such as aluminum, copper, and even low alloy steels.

The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. 

The G2 series is part of our general purpose line of end mills. The 2 flute geometry is designed for maximum chip evacuation. It excels in low alloy steels and non-ferrous materials like aluminum in high radial engagement machining strategies like...

The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. 

The G2 series is part of our general purpose line of end mills. The 2 flute geometry is designed for maximum chip evacuation. It excels in surfacing applications in softer materials such as aluminum, copper, and even low alloy steels.

The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. 

The G2 series is part of our general purpose line of end mills. The 2 flute geometry is designed for maximum chip evacuation. It excels in low alloy steels and non-ferrous materials like aluminum in high radial engagement machining strategies like...

The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. 

The G2 series is part of our general purpose line of end mills. The 2 flute geometry is designed for maximum chip evacuation. It excels in surfacing applications in softer materials such as aluminum, copper, and even low alloy steels.

The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. 

The G2 series is part of our general purpose line of end mills. The 2 flute geometry is designed for maximum chip evacuation. It excels in low alloy steels and non-ferrous materials like aluminum in high radial engagement machining strategies like...

The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. 

The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. TiAlN coated to improve tool life in harder to machine materials like...

The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. 

The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. TiAlN coated to improve tool life in harder to machine materials like...

The G2 series is part of our general purpose line of end mills. The 2 flute geometry is designed for maximum chip evacuation. It excels in low alloy steels and non-ferrous materials like aluminum in high radial engagement machining strategies like...