Stainless Steel

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.

The ZYA shape rotary burr features a cylindrical geometry with a smooth, no end cut. This structural characteristic makes it the ideal tool for roughing and finishing flat surfaces or for machining external profiles, guaranteeing maximum safety.

The ZYA-ST shape rotary burr retains the cylindrical geometry of the ZYA model while adding an end cut (ST). This configuration makes it exceptionally versatile.

The WRC shape (cylindrical with radius end) rotary burr combines the surface leveling power of a cylindrical body with the versatility of a hemispherical head. This geometry makes it one of the most popular tools for deburring, contour finishing, and blending radiused corners.

The KEL shape (taper with radius end) rotary burr features a conical geometry with a hemispherical tip, designed for precision deburring, blending internal radii, and shaping hard-to-reach contours.

The RBF shape (tree with radius end) rotary burr features an arched profile with a smoothly rounded tip, ideal for working on curved internal contours and tight radii

The SPG shape (tree with pointed end) rotary burr features a tapered profile ending in a sharp tip, designed to reach into the tightest spaces. This geometry ensures high precision in narrow slots, acute angles, and deep blind cavities.

The SKM shape (cone) rotary burr features a tapered profile converging to a sharp tip, designed for countersinking holes, finishing prismatic geometries, and machining V-grooves.

The KSK shape (90° conical) rotary burr features a countersink geometry designed for chamfering and deburring. It is the perfect tool for fast hole deburring, creating beveled screw seats, and finishing 90-degree sharp edges.

The KSJ shape (60° conical) rotary burr features a 60° countersink profile, ideal for precision countersinking, hole preparation, and fast deburring of straight edges.

The TRE shape (oval) rotary burr merges the advantages of spherical and tree geometries into a single, highly versatile tool. Its smooth profile is ideal for 3D modeling, mold finishing, and blending concave radii.

KUD shape (ball) rotary burr, ideal for hollowing out hemispherical cavities and finishing curved internal profiles. Its spherical geometry enables multi-directional material removal with maximum control, preventing sharp edges.

WKN shape (inverted cone) rotary burr without end cut, ideal for machining undercuts, slots, and dovetails. The design without end cut protects the cavity bottom while finishing side walls.

WKN-ST shape inverted cone rotary burr with end cut. Combines undercut shaping with direct plunging. Ideal for multi-directional machining in tight spaces.

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.

Z=3 Countersink at 90° ideal for countersinking and deburring hard, abrasive materials and steel alloys. It ensures an excellent surface finish and completely chatter-free machining.

Z=3 Countersink at 60° ideal for countersinking and deburring hard, abrasive materials and steel alloys. It ensures an excellent surface finish and completely chatter-free machining.