Solid carbide end milling cutter 41°/44° Ø4x8x12x54 mm HB Ultra

Solid carbide end milling cutter 41°/44° Ø4x8x12x54 mm HB Ultra
Solid carbide end milling cutter 41°/44° Ø4x8x12x54 mm HB Ultra Solid carbide end milling cutter 41°/44° Ø4x8x12x54 mm HB Ultra
Price
56,70 €
prices excl. vat plus shipping costs

Stock status
in stock
Add to shopping cart
Tool Finder
HPC Power end milling cutter, stainless steel
  • Irregular helix angle and pitch for low-vibration milling
  • New edge protection in the form of multi-chamfer grinding
  • Optimised gashing in the centre
  • Micro-cutting preparation on all cutting edges
  • With clearance
  • Wear-resistant and temperature-resistant Ultra-M coating

Article no./ATORN no.
2545170040 / 10617301
Packaging unit
1
Catalogue page

Technical characteristics

Application direction milling Lining, ramping and drilling
Application milling HPC
Coating TiAlN
Coolant supply External
Cutting data Cutting angle Information - yes
Cutting material Solid carbide
D 4 mm
D1 6 mm
D3 3,8 mm
Durchmesser max. 20 mm
Durchmesser min. 4 mm
Durchmesser min./max. 4-20 mm
Eignung Edelstahl gesamt 1
Eignung nicht Eisen gesamt 3
Eignung Titan/Nickel/Super gesamt 1
Feed fz stainless steel austenitic 0,03 mm/tooth
Feed fz stainless steel austenitic 0,05 mm/tooth
fitness hartl total 3
Form Corner
Freistellungslänge 12 mm
fz Edelstahl 0,03 mm
Geeignet für Werkstoffgruppe H 3
Geeignet für Werkstoffgruppe K 3
Geeignet für Werkstoffgruppe M 1
Geeignet für Werkstoffgruppe N 2
Geeignet für Werkstoffgruppe P 3
Geeignet für Werkstoffgruppe S 1
L 54 mm
L1 8 mm
L2 12 mm
Overall length Normal
R 0,15 mm
Radius theoretisch 0,15 mm
Rake angle 8 °
Surface ULTRA M
Tolerance of cutting edge diameter h10
Tolerance of shank diameter h6
Tool holding device HB parallel shank
Tooth pitch Unequal
Twist angle 41° | 44°
Type VA
Z 4 pc.

Usage characteristics

aluminium < 8 % Si
aluminium ≥ 8 % Si
brass short
bronze short
stainless steel austenitic
stainless steel duplex
stainless steel ferrit./martens.
superalloys Fe/NiCo based < 30 HRC
superalloys Fe/NiCo based ≥ 30 HRc
titanium alloys
    
very suitable
suitable
STEP Download
DXF Download
ASSET_MatSafetyDataSheet Download
Cutting values Download