Bearings Canada
Carbide Square End Mill 4 Flute 5 Piece Set 1/16 Inch Cutting Diameter 1/8 Inch Shank 3/16 Inch Cutting Length 1-1/2 Inch Overall Length TiAlN Coated Solid Carbide For Milling Alloy Steels Hardened Steel Metal And More Ideal For DIYers And Pros
Title
$76.13 CAD
$152.28 CADyou save $76.15 CAD
SKU: VXB0CJ4RNSGH
UPC: 00193019780527
UPC: 00193019780527
Top-quality 4-flute carbide end mill set for precise metalwork
✔️ 5-piece solid carbide set with 1/16-inch cutting diameter, 1/8-inch shank, 3/16-inch cutting length, and 1-1/2-inch overall length, plus TiAlN coating for tough jobs on alloy steels
✅ 4-flute design with square ends, optimized for milling hard metals up to HRC 50.
✅ TiAlN coating that boosts wear resistance and extends tool life during heavy use.
✅ Compatible with desktop and industrial CNC setups, ensuring reliable performance.
✅ Each piece features precise dimensions: 1/16-inch cutting diameter, 1/8-inch shank, 3/16-inch cutting length, and 1-1/2-inch overall length for versatile milling needs.
✔️ 5-piece solid carbide set with 1/16-inch cutting diameter, 1/8-inch shank, 3/16-inch cutting length, and 1-1/2-inch overall length, plus TiAlN coating for tough jobs on alloy steels
This 5-piece set of square end mills is designed for clean, accurate cutting in metalworking tasks. They're commonly used in CNC machines by DIY enthusiasts and professional machinists for shaping materials like steels and alloys in workshops or manufacturing setups.
✅ High-grade solid carbide construction for superior durability and sharpness.✅ 4-flute design with square ends, optimized for milling hard metals up to HRC 50.
✅ TiAlN coating that boosts wear resistance and extends tool life during heavy use.
✅ Compatible with desktop and industrial CNC setups, ensuring reliable performance.
✅ Each piece features precise dimensions: 1/16-inch cutting diameter, 1/8-inch shank, 3/16-inch cutting length, and 1-1/2-inch overall length for versatile milling needs.
💡 What makes carbide end mills a solid pick for metal cutting projects? This type of tool offers key advantages for anyone tackling tough materials. - Delivers smoother finishes on hard steels without quick dulling - Handles higher speeds and feeds for faster job completion - Reduces the need for frequent replacements in demanding setups - Works well across various machines to keep operations running smooth