Milling Cutter Nano Coating Tungsten Steel Cutting Tools Cnc Maching End Mills

Hrc55 Milling Cutter Nano Coating Tungsten Steel Cutting Tools Cnc Maching End Mills

Carbide End Mills In Stock!

Ultimate design on variable helix geometry generates harmonics shift, resulting in minimal chatter, exceptional finish and longer tool life

• Eccentric Relief on the cutting edge has full support permitting higher feed rates and progressive wear is countered by increased flute thickness
• High performance chatter free machining provides versatility in use for all ferrous materials
• Enables higher SFM and heavier chip loads than conventional carbide end mill
• ALCRO-MAX coating has remarkable wear resistance at lower feeds and speeds and under high mechanical loads, and can be used for roughing and finishing operation. Because of its titanium addition, surface finish of the work piece (Ra, Rz) remains consistent and low during the life of the tool. ALCRO-Max particularly excels when machining under wet or MQL (minimum quantity lubrication) conditions, cold and hot working steel, hardened and tempered up to 54 HRc
• Cutting diameter tolerance: +.000, -.002"
• Shank diameter tolerance: -.0001, -.0004"
• Application:Alloy Steel, Tool Steel, Cast Iron, Stainless Steel, Titanium Alloys, High Temp and Other Ferrous Material up to 55 HRc
• Slotting, Roughing, Profiling and Finishing

Performance Carbide End Mills for Stainless Steel

Supal offers a variety of performance carbide end mills designed for milling stainless steel, and other hard metals, such as titanium. Each of these professional-grade cutting tools are also available with coatings, such as titanium aluminium nitride (TiAlN), to further improve their performance and prolong their tool life.

Performance micrograin carbide end mills, featuring four flutes and square ends, are designed for all stainless steel applications. Available in a variety of sizes, all featuring a 45-degree helix, these regular length cutting tools are coated with a redish, pink aluminum titanium carbonitride (TiAlCN) coating, which is extremely hard and can be used at high temperatures and still yield low friction.

Please contact us for more details!