OSG Frese a testa torica al carburo

Il design CBN consente una lavorazione altamente efficiente e precisa, mentre il minor numero di cambi utensile rende possibile una lavorazione continua, con conseguente riduzione dei costi.

[Features]· It is an end mill for high-efficiency bottom finishing processing. Significantly reduces machining time and achieves high finishing precision.[Applications]· Work materials: Titanium alloy.[Material]· Cemented Carbide· Non-coating

[Features]· Supports complex pocket machining involving groove and side cutting, as well as machining prone to chattering. Safety and high efficacy are achieved with high-difficulty titanium alloy processing.[Applications]· Work materials: Titanium alloy.[Specifications]· Torsion angle 41°/42°/43°[Material]· Cemented Carbide

Fresa in metallo duro - Per acciai temprati fino a 65 HRC e acciai inox - 5 eliche ,lunghezza complessiva più lunga,ampio raggio

Carbide mushroom-shaped end mill with rounded corners developed for shrink-fit types.

Fresa a 2 eliche in CBN-CR-EDS con raggio di curvatura ridotto - mostra elevate prestazioni nella lavorazione di materiali ad alta resistenza.

End mill with rounded corners for high-speed machining that fully draws on the performance of high-speed/high-precision machining centers.

Long shank type to enable machining deep parts. Can be also used as a corner chipping countermeasure.

Long shank type to enable machining deep parts. Can be also used as a corner chipping countermeasure.

End mill for aluminum alloy based on the concept of ultra-high speed machining. Ideal for high-efficiency processing of large aluminum parts for aircrafts, etc.

Even with aluminum part machining requiring large volumes of cutting, the unique groove form simultaneously achieves superior chip discharge performance, large cutting depth and a high feed rate.

Corner radius type with a low-resistance blade shape in order to increase the amount of cutting per blade. Unprecedented high-feed processing is possible.

Adopts an ultra-heat-resistant and ultra-hard WXS coating

High-rigidity recessed short blade that can be used for everything from roughing to finishing using various cutter paths.

Evolved "uneven lead" type effect suppresses chatter to realize astonishingly high efficiency machining.

Thin vertical wall milling tool for graphite electrode. The step processing prevents chattering and chipping. A rounded blade is used for the shank side as well.

A new type of radius end mill that achieves high-efficiency rough machining of molds. Capable of direct high-performance engraving of hardened steel.

Ultra-smooth DLC coating enables semi-dry processing as well as high speed processing of aluminum.

In addition to conventional coating properties, this coating has extremely high oxidation resistance to achieve high-speed machining.

Ideal for high-efficiency machining of pocket engraving with the minimum required blade length and strong torsion. Overall tool length which fits shrink-fit and HSK types perfectly.

Next generation high torsion radius end mill with great chip discharge performance and high blade rigidity. Supports a wide range of cutter passes including ramping and profile processing in addition to normal 2D machining.

Radius end mill for high-speed processing with high rigidity. High speed machining of hardened steel is also possible.

Evolved "uneven lead" type effect suppresses chatter to realize astonishingly high efficiency machining.

Un'ampia parete verticale è lavorata con elevata efficienza e precisione nel taglio a gradini. Rivestimento per acciaio Categoria standard/alterazione: Prodotto standard del produttore Numero di scanalature (pezzi) 4 Angolo di spirale, Spirale forte (da 45 a 60°).

Il raggio della fresa in metallo duro è adatto al rivestimento diamantato della grafite.

High-precision bull nose (radius) end mill for shape processing of molds. High-speed cutting of hardened steel is also possible thanks to the WXS coating with excellent heat resistance.

Fresa a raggio con collo a matita che consente di lavorare in modo altamente efficiente parti profonde soggette a sfregamento e materiali difficili da tagliare.

Consente una lavorazione altamente efficiente di parti profonde soggette a vibrazioni e di materiali difficili da tagliare. Fresa a raggio con collo lungo.

La forma tridimensionale negativa del profilo R garantisce nitidezza e rigidità, mentre l'effetto della lama a spirale sopprime le variazioni della forza di taglio, consentendo una fresatura laterale di alta precisione.

Fresa a 4 taglienti a raggio con collo lungo, adatta alla lavorazione di nervature.

[Features]· Supports complex pocket machining involving groove and side cutting, as well as machining prone to chattering. Safety and high efficacy are achieved with high-difficulty titanium alloy processing.[Applications]· Work materials: Titanium alloy.[Specifications]· Torsion angle: 40.5°/43.5°[Material]· Cemented Carbide

[Features]· Supports complex pocket machining involving groove and side cutting, as well as machining prone to chattering. Safety and high efficacy are achieved with high-difficulty titanium alloy processing.[Applications]· Work materials: Titanium alloy.[Specifications]· Torsion angle: 41°/42°/43°[Material]· Cemented Carbide

It is a product sold by designated agencies.[Features]· Can be used for a wide variety of machining such as for various composite materials that include electrolyte membranes, metal matrices, and ceramic bases as well as machinable ceramics.· Base blade has rounded corners.· Various rounding sizes are available. Select according to the application.

Fresa in metallo duro - Per ultra alto volume di fresatura su leghe di alluminio - 3 eliche, tagliente corto, torica

Fresa in metallo duro - Per ultra alto volume di fresatura su leghe di alluminio - 2 eliche, collo lungo, torica

Fresa in metallo duro - Per ultra alto volume di fresatura su leghe di alluminio - 3 eliche, collo lungo, torica

Fresa in metallo duro - Per applicazioni generali - 4 eliche, elica variabile e passo differenziato, torica

Fresa in metallo duro - Per applicazioni generali - 4 eliche, elica variabile e passo differenziato, torica - Gambo Weldon

Fresa in metallo duro - Per applicazioni generali - 4 eliche, elica variabile e passo differenziato, torica - Gambo Weldon

Fresa in metallo duro - Per applicazioni generali - 5 eliche, elica variabile e passo differenziato, torica - Gambo Weldon

Fresa in metallo duro - Per applicazioni generali e ghisa - 4 eliche, tagliente corto, torica

Fresa in metallo duro - Per applicazioni generali - 4 eliche, elica variabile e passo differenziato, torica - Gambo Weldon

Fresa in metallo duro - Per applicazioni generali - 4 eliche, elica variabile e passo differenziato, torica - Gambo Weldon

Fresa in metallo duro - Per materiali temprati e ghisa - 4 eliche, ampio raggio

Fresa in metallo duro - Per leghe di titanio - 5 eliche, tagliente lungo, elica variabile e passo differenziato, torica - Gambo safelock