8mm HRC55 4 Flutes Carbide Roughing End Mills TiAISiN Coated For Steels & Iron

Product Description:

A 8mm diameter HRC 55 carbide 4-flute roughing end mill with TiAISiN coatings is a specialized tool used for heavy material removal, particularly in tough-to-machine metals.

Benefits of Using Coated Roughing End Mills:

• Extended Tool Life: The TiAISiN coating significantly increase the tool’s lifespan by protecting it against heat, oxidation, and wear.
• Higher Productivity: The 4-flute design allows for faster cutting with efficient chip evacuation, making it perfect for roughing out large volumes of material quickly.
• Improved Chip Control: The roughing profile and coating help reduce chip adhesion, particularly in high-temperature environments, and facilitate easier chip removal.
• Reduced Cutting Forces: Serrated cutting edges break the chips into smaller pieces, decreasing the cutting forces and extending both tool life and spindle performance.

Features:

• Product Name:4 Flutes Roughing End Mill
• Cut Diameter: 8mm
• Cut Length: 20mm
• Shank Diameter: 8mm
• Overall Length: 60mm
• Sample Order: Accepted
• Coating/Finish Type: TiAISiN
• Flute Type: Roughing End
• Customize: Available

Technical Parameters:

Applications:

• Roughing Operations: This 4-flute roughing end mill is designed for heavy material removal, making it ideal for roughing out large areas before finishing passes. Its serrated edges break the chips into smaller fragments, reducing cutting forces and allowing for more aggressive cuts.
• Machining of Harder Materials: Suitable for steels, tool steels, stainless steels, and other hard materials up to 55 HRC. It can also be used for cutting non-ferrous metals like aluminum, though roughing end mills are often more focused on steels.
• High-Speed Machining (HSM): TiAISiN coating provide excellent heat resistance, making this end mill capable of running at high speeds without losing its cutting edge. This is critical for improving productivity in manufacturing environments.
• Dry Machining: These coatings are well-suited for dry machining, reducing the need for cutting fluids while still offering protection against heat and wear.