Steel and Ferrous Metals Milling

Universal Z2 solid carbide end mills made from high-performance micrograin carbide, featuring a wide helix for optimised chip evacuation. Designed for machining a wide range of ferrous materials.

Also available with heat-resistant Cer-T coating.

Universal Z2 solid carbide end mills made from high-performance micrograin carbide, featuring a wide helix for optimised chip evacuation. Designed for machining a wide range of ferrous materials and engineered to withstand high bending stresses.  

Also available with heat-resistant Cer-T coating.

Universal Z2 solid carbide end mills made from high-performance micrograin carbide, featuring a wide helix for optimised chip evacuation. Designed for machining a wide range of ferrous materials and engineered to withstand high bending stresses.

Also available with heat-resistant Cer-T coating.

Universal Z2 solid carbide ball nose end mills made from high-performance micrograin carbide, featuring a wide helix for optimised chip evacuation. Designed for machining a wide range of ferrous materials.

Also available with heat-resistant Cer-T coating.

Universal Z2 solid carbide ball nose end mills made from high-performance micrograin carbide, featuring a wide helix for optimised chip evacuation. Designed for machining a wide range of ferrous materials and engineered to withstand high bending stresses.  

Also available with heat-resistant Cer-T coating.

Universal Z2 solid carbide ball nose end mills made from high-performance micrograin carbide, featuring a wide helix for optimised chip evacuation. Designed for machining a wide range of ferrous materials and engineered to withstand high bending stresses.

Also available with heat-resistant Cer-T coating.

Universal Z3 solid carbide end mills made from high-performance micrograin carbide, featuring a wide helix for optimised chip evacuation. Designed for machining a wide range of ferrous materials.

Also available with heat-resistant Cer-T coating.

Universal Z3 solid carbide end mills made from high-performance micrograin carbide, featuring a wide helix for optimised chip evacuation. Designed for machining a wide range of ferrous materials and engineered to withstand high bending stresses.  

Also available with heat-resistant Cer-T coating.

Universal Z3 solid carbide end mills made from high-performance micrograin carbide, featuring a wide helix for optimised chip evacuation. Designed for machining a wide range of ferrous materials and engineered to withstand high bending stresses.

Also available with heat-resistant Cer-T coating.

Universal Z3 solid carbide ball nose end mills made from high-performance micrograin carbide, featuring a wide helix for optimised chip evacuation. Designed for machining a wide range of ferrous materials.

Also available with heat-resistant Cer-T coating.

Universal Z3 solid carbide ball nose end mills made from high-performance micrograin carbide, featuring a wide helix for optimised chip evacuation. Designed for machining a wide range of ferrous materials and engineered to withstand high bending stresses.  

Also available with heat-resistant Cer-T coating.

Universal Z3 solid carbide ball nose end mills made from high-performance micrograin carbide, featuring a wide helix for optimised chip evacuation. Designed for machining a wide range of ferrous materials and engineered to withstand high bending stresses.

Also available with heat-resistant Cer-T coating.

Universal Z4 solid carbide end mills made from high-performance micrograin carbide, featuring a wide helix for optimised chip evacuation. Designed for machining a wide range of ferrous materials.

Also available with heat-resistant Cer-T coating.

Universal Z4 solid carbide end mills made from high-performance micrograin carbide. Designed for machining a wide range of ferrous materials and engineered to withstand high bending stresses.  

Also available with heat-resistant Cer-T coating.

Universal Z4 solid carbide end mills made from high-performance micrograin carbide, featuring a wide helix for optimised chip evacuation. Designed for machining a wide range of ferrous materials and engineered to withstand high bending stresses.

Also available with heat-resistant Cer-T coating.

Universal Z4 solid carbide ball nose end mills made from high-performance micrograin carbide, featuring a wide helix for optimised chip evacuation. Designed for machining a wide range of ferrous materials.

Also available with heat-resistant Cer-T coating.

Universal Z4 solid carbide ball nose end mills made from high-performance micrograin carbide. Designed for machining a wide range of ferrous materials and engineered to withstand high bending stresses.  

Also available with heat-resistant Cer-T coating.

Universal Z4 solid carbide ball nose end mills made from high-performance micrograin carbide. Designed for machining a wide range of ferrous materials and engineered to withstand high bending stresses.

Also available with heat-resistant Cer-T coating.

HPC Z4 carbide end mills manufactured from high-performance micrograin carbide. Engineered to maximise productivity in high-performance machining. Thanks to the optimised variable cutting-edge geometry, the tool significantly reduces vibrations, improving machining stability and extending tool life.

Supplied with Cer-Y coating.

HPC Z4 solid carbide ball nose end mills made from high-performance micrograin carbide, engineered to maximise productivity in demanding machining applications. Thanks to the optimised differential cutting-edge geometry, the tool significantly reduces vibration, improving machining stability and extending tool life.

Supplied with Cer-Y coating.

HPC Z4 milling cutters manufactured from high-performance micrograin carbide and featuring an integrated chipbreaker geometry, designed to maximise roughing efficiency and material removal rates. Thanks to the special configuration of the differentially pitched cutting edges, the tool significantly reduces vibration, improving stability and extending tool life.

Supplied with Cer-Y coating.

CNC deburring cutter featuring a negative rake angle to reduce the risk of breakage, combined with a cross-cut geometry for efficient chip fragmentation and heat dissipation. Designed to withstand repeated edge impacts, ensuring reliable performance in demanding deburring operations.

Also available with Cer-T coating.

CNC ball nose deburring cutter featuring a negative rake angle to reduce the risk of breakage, combined with a cross-cut geometry for efficient chip fragmentation and heat dissipation. Designed to withstand repeated edge impacts, ensuring reliable performance in demanding deburring applications.

Also available with Cer-T coating.

T-slot milling cutters manufactured to DIN 650 standards, available in Z6 to Z10 configurations with right-hand helix. Featuring irregular tooth spacing and variable helix angles, they are designed to minimise vibration and ensure stable machining performance.

Supplied exclusively with Weldon shank and our high-temperature-resistant Cer-Y TiAlCrN PVD coating.

4-flute end mill designed for high-performance dynamic and trochoidal milling. The cutting length of up to 3xD allows faster roughing cycles by making full use of the cutting edge, while the multilayer TiAlN-based coating ensures excellent heat and wear resistance.

Designed for high-performance trochoidal milling, this end mill features a 5xD cutting length for machining deep walls in a single vertical pass. Its reinforced anti-deflection core and multilayer TiAlN-based coating ensure maximum stability, excellent thermal resistance and reliable performance in deep cavities.