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 features a classic cylindrical geometry and is specifically designed without a cutting edge on the head (the front is smooth). This structural feature makes it the ideal tool for roughing and finishing flat surfaces or for machining external profiles, ensuring maximum safety: the absence of cutting edges on the head prevents accidental damage to the shoulders or internal edges of the workpiece during operation. It is widely used in industrial deburring, shipbuilding, and metalworking for smoothing weld seams and finishing linear contours.

La lima rotativa Forma ZYA-ST mantiene la geometria cilindrica della versione standard, ma si distingue per la presenza di un tagliente frontale e periferico (la sigla ST indica infatti il tagliente di testa). Questa configurazione la rende un utensile estremamente versatile e performante

La lima rotativa Forma WRC (cilindrica a testa tonda) combina la capacità di spianatura di un corpo cilindrico con la versatilità di una testa semisferica lisciata o tagliente. Questa geometria ibrida la rende uno degli utensili più diffusi per la lavorazione dei contorni, la sbavatura e la rifinitura di raccordi o angoli raggiati.

La lima rotativa Forma KEL (conica a testa tonda) è caratterizzata da una geometria a cono rovesciato con una punta semisferica. Questa forma specifica è progettata per la sbavatura fine, la lavorazione di raccordi interni e la sagomatura di profili ad angolo difficili da raggiungere.

La lima rotativa Forma RBF (ad albero a testa tonda) si distingue per il suo caratteristico profilo ogivale che sfocia in una punta dolcemente arcuata. Questa specifica conformazione geometrica la rende formidabile per intervenire su profili interni curvilinei e per la levigatura di raccordi stretti.

La lima rotativa Forma SPG (ad albero a punta) esibisce una silhouette ogivale che termina con un'estremità decisamente aguzza e affilata. Questa particolare architettura geometrica è concepita per penetrare nei passaggi più angusti, permettendo di operare con precisione chirurgica all'interno di fessure strette, angoli acuti e cavità profonde a fondo cieco.

La lima rotativa Forma SKM (conica a punta) si caratterizza per il suo profilo geometrico a imbuto che converge verso un'estremità nettamente appuntita. Questa conformazione è espressamente sviluppata per la svasatura di fori, la finitura di geometrie prismatiche e la lavorazione di scanalature a V

La lima rotativa Forma KSK (conica a 90°) presenta una geometria svasata e schiacciata, progettata specificamente con un angolo di spoglia ampio per operazioni di smussatura e svasatura geometrica. Questa conformazione la rende lo strumento perfetto per la sbavatura rapida di fori, la creazione di sedi per viti a testa svasata e la rifinitura di spigoli vivi a novanta gradi.

La lima rotativa Forma KSJ (conica a 60°) è caratterizzata da un profilo svasato con un'inclinazione acuta e definita, espressamente calibrata per generare angoli di sessanta gradi. Questo design geometrico mirato la rende l'utensile ideale per la svasatura di precisione e la preparazione delle sedi dei fori, oltre che per la rimozione rapida delle bave sui bordi lineari. 

La lima rotativa Forma TRE (a goccia) si distingue per una silhouette organica ed asimmetrica, un vero e proprio "jolly" geometrico progettato per adattarsi alle superfici più complesse. La sua conformazione fluida unisce in un unico utensile i vantaggi delle geometrie sferiche e ogivali: è perfetta per la modellazione tridimensionale, la finitura di stampi e la levigatura di raccordi concavi ad ampio raggio. 

La lima rotativa Forma KUD (sferica) è l'utensile definitivo per la lavorazione di profili interni curvi e la svuotatura di cavità emisferiche. La sua geometria perfettamente globulare permette di asportare materiale in ogni direzione con il massimo controllo, rendendola ideale per incidere, rifinire raccordi concavi e sagomare contorni complessi senza creare spigoli vivi.

La lima rotativa Forma WKN esibisce una geometria a cono rovesciato (più larga in testa e stretta sul gambo) con la superficie frontale completamente liscia. È concepita specificamente per la lavorazione di scanalature interne, sottosquadri e code di rondine. 

Evoluzione della precedente, la Forma WKN-ST aggiunge un tagliente attivo sulla testa della silhouette a cono rovesciato. Questa configurazione trasforma l'utensile in una vera e propria fresa da penetrazione: oltre a sagomare sottosquadri e profili interni, consente di affondare direttamente nel materiale dal lato frontale. 

Progettate specificatamente per la sgrossatura e le lavorazioni più gravose in settori ad alta intensità come fonderie, cantieri navali e carpenteria pesante. La speciale geometria del tagliente è sviluppata per resistere agli urti violenti, riducendo drasticamente il rischio di scheggiature e rotture anche in condizioni estreme. Garantiscono un volume eccezionale di asportazione del truciolo e una maggiore durata dell'utensile, offrendo al contempo un lavoro fluido grazie alla sensibile riduzione di vibrazioni e rumorosità.

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.

Svasatore sadobrasato a 90° con 3 taglienti, ideale per operazioni di svasatura e sbavatura su materiali duri, abrasivi e acciai legati, garantendo un'eccellente finitura superficiale e totale assenza di vibrazioni.

Svasatore saldobrasato a 60° con 3 taglienti, caratterizzato da testa in metallo duro (HM) ad altissima resistenza e codolo in acciaio legato. Specificamente progettato per lavorazioni di svasatura profonda, centraggio e preparazione dei bordi di saldatura su acciai duri, inossidabili e materiali abrasivi, garantendo un taglio fluido e superfici speculari.