-40%
Horizontal Milling Cutters, One Pair, Double Angle, 90 deg, Ready to Cut, Sharp
Horizontal Milling Cutters, One Pair, Double Angle, 90 deg, Ready to Cut, Sharp
Horizontal Milling Cutters, One Pair, Double Angle, 90 deg, Ready to Cut, Sharp
Horizontal Milling Cutters, One Pair, Double Angle, 90 deg, Ready to Cut, Sharp
Horizontal Milling Cutters, One Pair, Double Angle, 90 deg, Ready to Cut, Sharp

Horizontal Milling Cutters, One Pair, Double Angle, 90 deg, Ready to Cut, Sharp

$ 66

Availability: 100 in stock
  • Return shipping will be paid by: Buyer
  • MPN: Does Not Apply
  • Country/Region of Manufacture: United States
  • Refund will be given as: Money back or replacement (buyer's choice)
  • Condition: Shows no sign of wear, but I cannot list as New. Fully operational and functional.
  • Brand: Niagara Cutter
  • Restocking Fee: No
  • Item must be returned within: 14 Days
  • All returns accepted: Returns Accepted
  • Power Source: Electric

    Description

    Offered for sale is ONE pair of 90 degree double angle horizontal milling cutters.  These guys are in great shape and clearly show the Niagara brand name.  I am offering them as a  matched pair since many machinists prefer to run two cutters together, thus making parallel grooves in their workpieces with one pass.  Each cutter will make a V-shaped cut of whatever depth is set by the machinist.   The V-shaped grooves will be of a 90 degree included angle, useful for a number of applications.
    (I have others of these that I plan to list soon, as well as some smaller double angle cutters in 90 degrees, and single angle cutters.)
    Cutter dimensions (both cutters are the same size):
    Diameter:  4"
    Thickness:  3/4"  (so this is the widest V you can make with this size cutters)
    Arbor hole:  1 1/4"
    Standard keyway: 5/16"
    Material:  HSS (High Speed Steel)
    FWIW, if you don't have a horizontal milling machine, you can use cutters like this on a stub arbor in a vertical mill, like a Bridgeport.  Then you would be cutting on the side of a vertical surface, rather than the top of a horizontal surface.  FYI