Solid carbide finishing cutter Ø 10.0 mm 35° with AlTiSiN coating, 4-edged
€35.00*
Prices incl. 19% VAT. plus Shipping costs
Delivery time: 1-3 working days **
More than 10 pieces available (online and in specialist shops)
Intended use
End mills are used for carving out pockets, producing grooves or contours, as well as for milling over surfaces or edges. With a finishing cutter, very good dimensional accuracy and a smooth surface can be achieved at high speeds and low feed rates.
Technical data
| Angle flute [°]: | 35 |
|---|---|
| Cutting edge length [mm]: | 30 |
| Number of cutting edges: | 4 |
| Shank length [mm]: | 45 |
| Surface coating: | AlTiSiN |
| Tool material: | Carbide |
| Total length [mm]: | 75 |
| Ø milling cutter [mm]: | 10,0 |
| Ø shaft [mm]: | 10 |
Milling cutter made of carbide (tungsten carbide-cobalt)
For use at high cutting temperatures with low cooling
Ground over the centre for direct plunging into the workpiece
For use with very hard materials that are difficult to machine
Very good tool life
Description of the
The four-edged carbide finishing cutter made of tungsten carbide-cobalt with an AlTiSiN coating has a cutting edge ground across the centre for direct plunging into the workpiece, eliminating the need for tedious pre-drilling.
The advantages and properties of the aluminium-titanium-silicon-nitrogen coating (AlTiSiN coating):
This coating is intended for use in the machining of hard to very hard materials and therefore for high machining temperatures. The AlTiSiN coating allows hardened, alloyed steels and cast iron to be machined. Another feature of this coating is that it is suitable for dry and wet machining and therefore the use of cooling lubricant is not absolutely necessary. However, the use of coolant generally increases the service life of the milling cutter.
Scope of delivery
- 1 x solid carbide finishing cutter Ø 10.0 mm 35° with AlTiSiN coating, 4-edged
More about the brand and products from
Further information on our professional line
The four-edged carbide finishing cutter made of tungsten carbide-cobalt with an AlTiSiN coating has a cutting edge ground across the centre for direct plunging into the workpiece, eliminating the need for tedious pre-drilling.
The advantages and properties of the aluminium-titanium-silicon-nitrogen coating (AlTiSiN coating):
This coating is intended for use in the machining of hard to very hard materials and therefore for high machining temperatures. The AlTiSiN coating allows hardened, alloyed steels and cast iron to be machined. Another feature of this coating is that it is suitable for dry and wet machining and therefore the use of cooling lubricant is not absolutely necessary. However, the use of coolant generally increases the service life of the milling cutter.
The four-edged carbide finishing cutter made of tungsten carbide-cobalt with an AlTiSiN coating has a cutting edge ground across the centre for direct plunging into the workpiece, eliminating the need for tedious pre-drilling.
The advantages and properties of the aluminium-titanium-silicon-nitrogen coating (AlTiSiN coating):
This coating is intended for use in the machining of hard to very hard materials and therefore for high machining temperatures. The AlTiSiN coating allows hardened, alloyed steels and cast iron to be machined. Another feature of this coating is that it is suitable for dry and wet machining and therefore the use of cooling lubricant is not absolutely necessary. However, the use of coolant generally increases the service life of the milling cutter.
The four-edged carbide finishing cutter made of tungsten carbide-cobalt with an AlTiSiN coating has a cutting edge ground across the centre for direct plunging into the workpiece, eliminating the need for tedious pre-drilling.
The advantages and properties of the aluminium-titanium-silicon-nitrogen coating (AlTiSiN coating):
This coating is intended for use in the machining of hard to very hard materials and therefore for high machining temperatures. The AlTiSiN coating allows hardened, alloyed steels and cast iron to be machined. Another feature of this coating is that it is suitable for dry and wet machining and therefore the use of cooling lubricant is not absolutely necessary. However, the use of coolant generally increases the service life of the milling cutter.
The four-edged carbide finishing cutter made of tungsten carbide-cobalt with an AlTiSiN coating has a cutting edge ground across the centre for direct plunging into the workpiece, eliminating the need for tedious pre-drilling.
The advantages and properties of the aluminium-titanium-silicon-nitrogen coating (AlTiSiN coating):
This coating is intended for use in the machining of hard to very hard materials and therefore for high machining temperatures. The AlTiSiN coating allows hardened, alloyed steels and cast iron to be machined. Another feature of this coating is that it is suitable for dry and wet machining and therefore the use of cooling lubricant is not absolutely necessary. However, the use of coolant generally increases the service life of the milling cutter.
The four-edged carbide finishing cutter made of tungsten carbide-cobalt with an AlTiSiN coating has a cutting edge ground across the centre for direct plunging into the workpiece, eliminating the need for tedious pre-drilling.
The advantages and properties of the aluminium-titanium-silicon-nitrogen coating (AlTiSiN coating):
This coating is intended for use in the machining of hard to very hard materials and therefore for high machining temperatures. The AlTiSiN coating allows hardened, alloyed steels and cast iron to be machined. Another feature of this coating is that it is suitable for dry and wet machining and therefore the use of cooling lubricant is not absolutely necessary. However, the use of coolant generally increases the service life of the milling cutter.
The four-edged carbide finishing cutter made of tungsten carbide-cobalt with an AlTiSiN coating has a cutting edge ground across the centre for direct plunging into the workpiece, eliminating the need for tedious pre-drilling.
The advantages and properties of the aluminium-titanium-silicon-nitrogen coating (AlTiSiN coating):
This coating is intended for use in the machining of hard to very hard materials and therefore for high machining temperatures. The AlTiSiN coating allows hardened, alloyed steels and cast iron to be machined. Another feature of this coating is that it is suitable for dry and wet machining and therefore the use of cooling lubricant is not absolutely necessary. However, the use of coolant generally increases the service life of the milling cutter.
The four-edged carbide finishing cutter made of tungsten carbide-cobalt with an AlTiSiN coating has a cutting edge ground across the centre for direct plunging into the workpiece, eliminating the need for tedious pre-drilling.
The advantages and properties of the aluminium-titanium-silicon-nitrogen coating (AlTiSiN coating):
This coating is intended for use in the machining of hard to very hard materials and therefore for high machining temperatures. The AlTiSiN coating allows hardened, alloyed steels and cast iron to be machined. Another feature of this coating is that it is suitable for dry and wet machining and therefore the use of cooling lubricant is not absolutely necessary. However, the use of coolant generally increases the service life of the milling cutter.
The four-edged carbide finishing cutter made of tungsten carbide-cobalt with an AlTiSiN coating has a cutting edge ground across the centre for direct plunging into the workpiece, eliminating the need for tedious pre-drilling.
The advantages and properties of the aluminium-titanium-silicon-nitrogen coating (AlTiSiN coating):
This coating is intended for use in the machining of hard to very hard materials and therefore for high machining temperatures. The AlTiSiN coating allows hardened, alloyed steels and cast iron to be machined. Another feature of this coating is that it is suitable for dry and wet machining and therefore the use of cooling lubricant is not absolutely necessary. However, the use of coolant generally increases the service life of the milling cutter.
The four-edged carbide finishing cutter made of tungsten carbide-cobalt with an AlTiSiN coating has a cutting edge ground across the centre for direct plunging into the workpiece, eliminating the need for tedious pre-drilling.
The advantages and properties of the aluminium-titanium-silicon-nitrogen coating (AlTiSiN coating):
This coating is intended for use in the machining of hard to very hard materials and therefore for high machining temperatures. The AlTiSiN coating allows hardened, alloyed steels and cast iron to be machined. Another feature of this coating is that it is suitable for dry and wet machining and therefore the use of cooling lubricant is not absolutely necessary. However, the use of coolant generally increases the service life of the milling cutter.
The four-edged carbide finishing cutter made of tungsten carbide-cobalt with an AlTiSiN coating has a cutting edge ground across the centre for direct plunging into the workpiece, eliminating the need for tedious pre-drilling.
The advantages and properties of the aluminium-titanium-silicon-nitrogen coating (AlTiSiN coating):
This coating is intended for use in the machining of hard to very hard materials and therefore for high machining temperatures. The AlTiSiN coating allows hardened, alloyed steels and cast iron to be machined. Another feature of this coating is that it is suitable for dry and wet machining and therefore the use of cooling lubricant is not absolutely necessary. However, the use of coolant generally increases the service life of the milling cutter.
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4 March 2024 18:28
alles bestens, gerne wieder
alles bestens, gerne wieder
19 January 2024 18:48
Test gut
Test gut
2 November 2021 00:00
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Guter Fräser, sehr stabil
29 December 2020 00:00
HS
Super Qualität auch in Edelstahl sehr gute Standzeit
26 June 2020 00:00
Eindeutige Empfehlung zur Edelstahl Bearbeitung!
Dieser Fräser hat eine sehr lange Standzeit beim fräsen von Edelstahl. Vorausetzung ist natürlich eine ununterbrochene Zuführung von Kühlmittel beim fräsen. Ebenso die richtige Drehzahl, Schnittgeschwindigkeit. Auch nach vielen Stunden von fräsen ist die Oberfläche glatt und kaum Grad. Ist eindeutig meine erste Wahl zur Bearbeitung von Edelstahl auf meiner Fräsmaschine.
12 May 2019 00:00
Sehr gute Qualität
Verwende diesen Fräser zum Edelstahl fräsen, 1.403. Fräser wird beim fräsen laufend von Kühlmittel umspült, Bohrwasser, somit obtimale Standzeit. Schnittgeschwindigkeit, Drehzahl beachten. Ist ein wirklich hochwertiger, sehr empfehlenswerter Fräser zur Edelstahl Bearbeitung. Um Klassen besser als HSS.