RUSHMORE USA 105654 3/4" Size, 1" LOC, 4 Flute, Solid Carbide Finishing End Mill

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Item #
28-500-100
  • Brand: RUSHMORE USA
  • Size Type: Fractional
  • Size: 3/4"
  • No. of Flutes: 4
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$211.42
Product Specifications
More Information
Brand RUSHMORE USA
Shank Diameter 3/4"
Overall Length 3"
Finish Coating nACo
Size Type Fractional
Size 3/4"
No. of Flutes 4
Length of Cut 1"
Tool Material Solid Carbide
Single or Double End Single
Helix Angle Variable
Center Cutting Yes
Type 4 Flute Variable Helix Carbide Single End Mill
Corner Radius .035"
End Type Square
Model # 105654
Application For chatterless machinging of ferrous materials in slotting, profiling, or pocketing operations
Coating nACo
Cutting Direction Right Hand
Cutting End Shape Square
First Choice For: High Temp Exotic Alloys
Flute Shape Spiral Flute
Hardness 92Rc
Helix Direction Right
Length Type Stub Length
Overall Length 2 3"
Package Qty 1
Prop. 65 Yes
Tolerance_Cutting Diameter +.000/-.002"
Tolerance_Shank Diameter +.0000" / -.0003"
Tooth Geometry Variable Helix 4 Flute
UNSPSC 27112803
Weight 0.7 lbs.
Workpiece Material ferrous materials
Workpiece Material Range Steel, Stainless Steel, High-Temp Exotic Alloys, Non-Ferrous, Cast Iron, Hard Materials, Plastics
Country of Origin UNITED STATES OF AMERICA

Prop 65 Warning

Many metalworking products do contain metals that are included in the latest Prop 65 warning. Exposure to the elements can be harmful. May cause cancer and reproductive harm.

Details
Increased metal removal in less machining time

Benefits

  • Front to back helix increase for high shearing action in multiple materials.
  • Chatter free machining with exceptional harmonics.
  • Increased feed and speed rates with exceptional wear ability.

Applications

For chatterless machinging of ferrous materials in slotting, profiling, or pocketing operations

Features

  • One of the premier nomenclatures in the business.
  • There are several styles or designs for this tool that are sufficient in many different materials.
  • Our design has the broadest range and performs the best in a majority of materials.
  • The helix changes along the flutes which give the mill increased stability during the cutting action.
  • Substantial increases in speeds can be achieved with this design which should produce more parts faster with equal to better wear ability.
  • Small corner radius for added strength to the corners and a smoother overall cutting action.

Technical Documents & Manuals

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