Niagara Cutter 5/8

Description

They have cutting edges along the outside diameter and flutes that remove chips from the cutting area and allow cooling fluids to enter. The round shank accommodates a variety of holders. Two-flute designs offer the efficient chip removal, but more flutes provide a smoother finish. The tools square end creates sharp, unrounded cuts, and the center-cutting design has cutting teeth at the end of the tool, so it can be fed into the workpiece like a drill bit. The TiAlN coating resists heat better than TiN and TiCN coatings, increasing tool life and performance. Cutting diameter tolerance is +0.000 to -0.002. Specializing in end mills, cutting mills, and saws, the company is based in New York and manufactures its tools at facilities in Pennsylvania and Massachusetts. If heat is not reduced effectively, the tools cutting edges will dull and additional material buildup can occur. End mills are designed to remove material and create multi-dimensional shapes and profiles. The shank is the end of the tool held in place by a tool holder or machine. The Niagara Cutter C430 TiAlN-coated carbide square nose end mill has four flutes and a 30-degree helix angle for general-purpose machining on a range of materials. (TiAlN is suitable for a range of materials, but TiCN or uncoated end mills are recommended for machining aluminum.) The carbide substrate is harder than high-speed or cobalt steel, making it more wear resistant at high speeds and providing longer tool life.

Key Features

• The 30-degree helix angle supports general-purpose applications.
• (TiAlN is suitable for a range of materials, but TiCN or uncoated end mills are recommended for machining aluminum.) The carbide substrate is harder than high-speed or cobalt steel, making it more wear resistant at high speeds and.
• The Niagara Cutter C430 TiAlN-coated carbide square nose end mill has four flutes and a 30-degree helix angle for general-purpose machining on a range of materials.
• End mills are designed to remove material and create multi-dimensional shapes and profiles.
• Two-flute designs offer the efficient chip removal, but more flutes provide a smoother finish.
• They have cutting edges along the outside diameter and flutes that remove chips from the cutting area and allow cooling fluids to enter.