Solid carbide high-performance drill 5xD 3mm D1=HB IC TiAlN Ultra-M

We charge a material cost surcharge of 6,90% on this product.

Price
88,10 €
prices excl. vat plus shipping costs

Stock status
in stock

Ordered by 17:30 - delivered tomorrow.

Especially for stainless steel

Solid carbide high-performance drill bit Ultra-M 5D
  • Special geometry, facet-ground, maximum tool life, high process reliability
  • Shank design:
    HA with coolant bore, smooth straight shank, DIN 6535 HA
    HB with coolant bore straight shank DIN 6535 HB
  • Cutting material: solid carbide, TiAlN-Ultra-M-coated
  • True-running accuracy of the tool when clamped max. 0.02 mm
  • Especially suitable for stainless steel and superalloys

Article no./ATORN no.
1115510030 / 10482062
Packaging unit
1
Catalogue page
Cutting values

Technical characteristics

A-Maß 1,23 mm
Angle of the tip - S 140 °
Coating TiAlN
Coolant supply Internal
Cutting data Cutting angle Information - yes
Cutting material Solid carbide
D 3,00 mm
D1 6 mm
Design HB
DIN 6537
Eignung Edelstahl gesamt 1
Eignung nicht Eisen gesamt 3
Eignung Titan/Nickel/Super gesamt 1
Feed f stainless steel 0,09 mm/rev
fitness hartl total 3
Halslänge 28 mm
Konischer Übergang Halskontur (xsg) 30 mm
Kraglänge 30 mm
L 66 mm
L1 28 mm
Max. drilling depth (D) 5xD
Nutzlänge 23 mm
S 140 °
Schaftlänge 36 mm
Schaftlänge berechnet 36 mm
Schneidendurchmesser max. 20,0 mm
Schneidendurchmesser min. 3,0 mm
Schneidendurchmesser min./max. 3,0-20,0 mm
Schnittgeschwindigkeit (Bronze kurz) Eignung 3
Schnittgeschwindigkeit (Bronze lang) Eignung 3
Schnittgeschwindigkeit (Kunststoff ) Eignung 3
Schnittgeschwindigkeit (Messing lang) Eignung 3
Section shape Split point
Surface ULTRA M
Tolerance of cutting edge diameter m7 mm
Tolerance of cutting edge diameter m7
Tolerance of shank diameter h6 mm
Tolerance of shank diameter h6
Tool holding device HB parallel shank
Twist angle 30°
Type HPC VA
Z 2 pc.

Usage characteristics

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