Cutting insert T-A Pro series 2; Ø27.00mm AM300 (steel)

Price:
117,50 €
prices excl. vat plus shipping costs

Stock status
subsequent delivery
External stock
available
Series 2 Drilling system T-A Pro
  • Series 2, diameter range 24.40 - 35.00 mm
  • Drilling depths up to 15 x D
  • Supports with innovative coolant bore system for higher flow rate
  • Cutting fluid is fed directly under the chip and creates a “hydraulic wedge”
  • Sturdy support and new chip flute design for safe chip removal
  • 3 material-specific geometries available
  • Wide range of applications in the ISO material groups P, M, K and N

Series 2 carbide cutting inserts
Series 2 Drilling system T-A Pro
  • Series 2, diameter range 24.40 - 35.00 mm
  • Drill depths up to 15 x D
  • Supports with innovative coolant bore system for higher flow rate
  • Cutting fluid is fed directly under the chip and creates a “hydraulic wedge”
  • Sturdy support and new chip flute design for safe chip removal
  • 4 geometries for a wide range of applications:
    105980.... AM300 (P), for steel materials
    105986.... AM460 (M), for rust-proof and acid-proof steels
    105982.... TiAlN (K) for cast materials
    105984.... TiCN (NE) for non-ferrous materials

Series 2 cutting inserts
Article no./ATORN no.
1059802700
Vendor Article no.
TAP2-27.00
Packaging unit
2
Catalogue page
Cutting values

Technical characteristics

Angle of the tip - S 132 °
Angle of the tip - S 132 °
Cutting data Cutting angle Information - yes
Cutting data Cutting angle Information - yes
Cutting material HM
Cutting material HM
D 27,00 mm
D 27,00 mm
Design HM AM300
Design AM300
ISO code ISO P
ISO H 3
ISO K 3
ISO M 3
ISO N 3
ISO P 1
ISO S 3
Section shape Split point
Section shape Split point

Usage characteristics

hardened steel < 55 HRc
hardened steel ≤ 55 HRC
stainless steel austenitic
stainless steel austenitic
stainless steel duplex
stainless steel duplex
stainless steel ferrit./martens.
stainless steel ferrit./martens.
steel < 1000 N/mm²
steel < 1000 N/mm²
steel < 1400 N/mm²
steel < 1400 N/mm²
steel < 700 N/mm²
steel < 700 N/mm²
superalloys Fe/NiCo based < 30 HRC
superalloys Fe/NiCo based < 30 HRC
superalloys Fe/NiCo based ≥ 30 HRc
superalloys Fe/NiCo based ≥ 30 HRc
titanium alloys
titanium alloys
    
very suitable
suitable