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Amana Tool - 45950 Carbide Tipped Core Box 1/4 Radius x 1/2 Dia x 3/8 x 1/4" Shank wit

KWD 19.500

Brand
Amana Tool
Weight
27 g
All electronics ship with US style plugs. You may need a voltage converter or a plug adapter.
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Special Features

  • Diameter (D) 1/2
  • Radius (R) 1/4
  • Cutting height (B) 3/8
  • Shank (D) 1/4
  • Overall length (L) 2

Description

Designed for Fluting and 'V' Grooving cuts Guided by a template or pattern. The shank-mounted ball-bearing pilot rides along the template edge, and the cutter duplicates the template contour in the workpiece. With a handheld router, the template must be on top of the workpiece. With a table-mounted router, the template must be on bottom of the workpiece, #45950, diameter (D) 1/2, radius (r) 1/4, cutting height (B) 3/8, shank (D) 1/4, overall length (L) 2, type core box, replacement collar 47724, replacement bearing 47701, flutes 2, Carbide Tipped core box 1/4 radius x 1/2 dia x 3/8 x 1/4 inch shank with upper Bb
Since 1972, Amana Tool has been producing router bits and has become the global leader in its field. In fact, the company was the first manufacturer to produce router bits according to the Holz BG German standard for safety and quality. This standard contains rules that determine the structure and quality of the tool's material in order to create the safest environment for the user. From its beginning, Amana Tool has always used the highest quality materials and its tools are produced using unique technologies, a majority of which were developed and built by the company's engineers following decades of testing and experience. For example, Amana Tool uses carbon alloy steel for its router bits that contains vanadium particles. This improves the structural integrity of the steel and prevents corrosion and defects in the internal structure of the material that can lead to cracks and breaks. High-tech machinery processes the carbon alloy steel to manufacture the router bodies in a single clamping. This yields router bits with superior balance, centricity, precision and symmetry. The shank-mounted ball-bearing pilot rides along the template edge and the cutter duplicates the template contour in the work piece. With a handheld router, the template must be on top of the work piece. With a table-mounted router, the template must be on bottom of the work piece.

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