Login
Our website has been updated as of Jun 4, 2025.
If you are unable to login with your password,
please try the Reset Password link.
If Reset Password does not respond with the a Password Reset message, please re-register your account.
Register
SGS® 64838 131N High Performance Jobber Length Drill Bit, 6.8 mm Drill - Metric, 0.2677 in Drill - Decimal Inch, Solid Carbide, TiB2 Coated
Price$155.18
Item #SGS64838
BrandSGS®
ManufacturerKYOCERA SGS Precision Tools
Mfr. Model #64838
Country of OriginUS
UNSPSC Code23241605
UnitEA
DGI AvailabilityCall for Availability
Mfr. Availability5
Product Features
• Tri margin design improved hole stability over two flute designs, superior surface finish, roundness and hole cylindricity and unsurpassed hole size control
• Self stabilizing point pyramid design stabilizes the drill on contact with the workpiece
• Open flute structure efficiently transports chips while maintaining strength at high feed rates
• Sculpted gash allows chips to easily flow away from the drill center, reduced cutting forces over competitive three-flute designs
• Minimal margin design reduces frictional heat generated by excessive margin contact with the workpiece the parallel design maintains contact-width as margin wears for performance consistency
• Recommended for materials 175 Bhn (16 HRc)
Description
SGS® Jobber Length Drill Bit, High Performance, Series: 131N, Metric/Imperial, 6.8 mm Drill - Metric, 0.2677 in Drill - Decimal Inch, 91 mm Overall Length, 5XD Cutting Depth, 3 Flutes, Right Spiral Flute, 53 mm Flute Length, 8 mm Shank, Common Shank, Self-Stabilizing Point, Solid Carbide Cutting Edge, No Through Coolant, Solid Carbide, TiB2 Coated, Applicable Materials: Non-Ferrous, Plastic and Composites
Key features designed into the HI-PerCarb Series 131N drill allow the product to offer application benefits not only beyond that of standard carbide drills but also other high performance drills. Each feature of the 131N was uniquely engineered as a solution towards addressing issues commonly encountered during high production non-ferrous drilling.