labwork 9PCS 1/2" Shank C6 Carbide-Tipped Boring Bar Set for Lathe

In stock
Regular price $38.70
Free Shipping
Secure Payment
30 Day Free Return
Warranty Guarantee
Checking Vehicle Fit
Product details
  • Length 2-1/4 to 4-1/2 in
Have Questions?
Market@labworkauto.com

Product Description

This 9-piece boring bar set features C6 carbide-tipped cutting edges for machining harder materials while also performing well on aluminum and other softer metals. Each bar has a 1/2-inch shank made from heat-treated alloy steel and is manufactured close to the nominal shank diameter for reliable tool-holder fitment.

Specifications

  • Type: Carbide-Tipped Boring Bar Set
  • Quantity: 9 Pieces
  • Shank Diameter: 1/2 in
  • Cutting Material: C6 Carbide
  • Shank Material: Heat-Treated Alloy Steel
  • Shank Diameter Tolerance: 0.0000-0.0005 in from nominal
  • Overall Length Range: 2-1/4 to 4-1/2 in
  • Application: Lathe Boring and Internal Machining

Included Boring Bars

5/16" Minimum Bore — 3 Pieces

  • 3/4" Bore Depth × 2-1/4" Overall Length
  • 1-1/8" Bore Depth × 2-5/8" Overall Length
  • 1-1/2" Bore Depth × 3" Overall Length

7/16" Minimum Bore — 3 Pieces

  • 1-1/8" Bore Depth × 2-5/8" Overall Length
  • 1-11/16" Bore Depth × 3-3/16" Overall Length
  • 2-1/4" Bore Depth × 3-3/4" Overall Length

9/16" Minimum Bore — 3 Pieces

  • 1-1/2" Bore Depth × 3" Overall Length
  • 2-1/4" Bore Depth × 3-3/4" Overall Length
  • 3" Bore Depth × 4-1/2" Overall Length

Features

  • C6 carbide tips provide wear resistance and cutting performance
  • Suitable for harder materials, aluminum and other non-ferrous metals
  • Nine sizes support different internal-bore depths
  • Heat-treated alloy steel shanks provide rigidity
  • Close shank tolerance supports stable tool-holder fitment
  • Suitable for lathe internal boring and machining applications

Package Includes

  • 9 × 1/2" Shank C6 Carbide-Tipped Boring Bars

Note

Please verify that your lathe tool post or holder accepts a 1/2-inch shank. Select the boring bar according to the required minimum bore diameter, bore depth and overall tool clearance.