MICRO 100 .290" Min Bore Diam, 1" Max Bore Depth, 5/16" Shank Diam., Solid Carbide Boring Bar
MICRO 100 Solid Carbide Boring Tool - Tool Material: Solid Carbide   MINIMUM BORING DIAMETER  : .290   MAXIMUM BORE DEPTH  : 1.000   Shank Diameter : 5/16   Overall Length : 2-1/2

MICRO 100 .290" Min Bore Diam, 1" Max Bore Depth, 5/16" Shank Diam., Solid Carbide Boring Bar

Made In The USA
Item #: 21-101-086
Brand: MICRO 100
Type: Boring Bars
Minimum Bore: .290"
Maximum Bore Depth: 1"

Master Catalog Listing

Need a different size, length or brand?

View Product Group Page
Don't be fooled by "copy-cats"...use the original Micro 100 Super Carbide

Applications

  • Provides for vastly increased speed and feed rates in cutting aluminum, copper, stainless steels, high temperature alloys and various thermoplastics used in the aircraft industry.

Features

  • Highly shock resistant, it will not chip or break under normal machining conditions.
Micro 100 BB-2901000 .290" x 1.000"Max Bore Carbide Boring Tool
Product Specifications
Brand MICRO 100
Type Boring Bars
Minimum Bore .290"
Maximum Bore Depth 1"
Tool Material Solid Carbide
Cutting Direction Right Hand
Shank Diameter 5/16"
Finish Coating Bright
Series BB
Model # BB-2901000
First Choice For: Steel
General Application Provides for vastly increased speed and feed rates in cutting aluminum, copper, stainless steels, high temperature alloys and various thermoplastics used in the aircraft industry.
Maximum Bore 1"
Overall Length 2-1/2"
Projection .073"
Prop. 65 Yes
Rake Angle
Tolerance_Maximum Bore Depth +.050" / -.000"
Tolerance_Minimum Bore Diameter +.000" / -.005"
Tolerance_Overall Length ±1/64"
Tolerance_Shank Diameter -.0001" / -.0003"
Weight 0.08 lbs.
Workpiece Material Range Steel, Stainless Steel, High-Temp Exotic Alloys, Non-Ferrous, Cast Iron, 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.