Sandvik Coromant 7549947 CoroDrill® DS20 Drill Insert, ANSI Code: DS20-0407-C-L5 1344, 0407 Insert, DS20 Insert, 0.1259 in THK, 0.4362 in Inscribed Circle, For Use On Hardened Materials, Heat-Resistant Super Alloy, Non-Ferrous Metal and Steel

7323223650108 MFG #: 7549947
Requires Quote
  • ANSI Code: DS20-0407-C-L5 1344
  • Chipbreaker: L5
  • Corner Radius: 0.0137 in
  • Country of Origin: SE
  • Finish: PVD-TiAlN Coated
  • For Use On: Hardened Materials, Heat-Resistant Super Alloy, Non-Ferrous Metal and Steel
  • Inscribed Circle: 0.4362 in
  • Insert Size: 0407
  • Insert Style: DS20
  • ISO Code: DS20-0407-C-L5 1344
  • Manufacturer Name: Sandvik Coromant
  • Manufacturer's Grade: 1344
  • Material: Solid Carbide
  • Request For Quote: Yes
  • Series: CoroDrill® DS20
  • Thickness: 0.1259 in
Sandvik Coromant Drill Insert, Series: CoroDrill® DS20, DS20 Insert, 0407 Insert, 0.4362 in Inscribed Circle, 0.1259 in Thickness, L5 Chipbreaker, 0.0137 in Corner Radius, Manufacturer's Grade: 1344, ANSI Code: DS20-0407-C-L5 1344, ISO Code: DS20-0407-C-L5 1344, For Use On: Hardened Materials, Heat-Resistant Super Alloy, Non-Ferrous Metal and Steel, Solid Carbide, PVD-TiAlN Coated,
QTY
  • Item Features
  • Standards
  • Application
  • Secure and reliable cutting process with high productivity and a consistent hole diameter
  • Versatile drill with optimized chip control and chip evacuation in a broad cutting data range
  • Large selection of geometries, from versatile to optimized offers
  • Low cost per hole
  • Reduced sound level
  • Strategically placed coolant outlets to ensure best possible flow and direction
  • Chip flute shapes are individually designed for the center/peripheral inserts respectively and optimized for each drill diameter
  • The square profile adds rigidity while allowing chips to be easily evacuated
  • Four true cutting edges on both peripheral and central inserts
PROP65: This product contains or produces chemicals which are "known to the state of California to cause cancer".
For drilling with radial offset and deburring