TWO FLUTE TIN COATED END MILLS 1/4" DIA.
This two flute TiN coated end mill is designed for precision milling applications requiring smooth cutting performance, reliable chip evacuation, and long lasting durability. The Titanium Nitride coating helps reduce friction and heat buildup during operation while extending the life of the cutting tool. Its two flute design allows for efficient material removal, making it ideal for slotting, profiling, and general purpose milling tasks on a variety of materials. Built for accuracy and dependable performance, this end mill is suitable for both CNC and manual milling machines.
Features
• Two flute design for efficient chip evacuation and smooth cutting action
• TiN coating helps reduce friction and improve wear resistance
• Precision ground cutting edges for accurate milling performance
• Ideal for slotting, profiling, and general machining applications
• Durable construction for extended cutting life
• Provides clean finishes and consistent cutting results
• Suitable for CNC and manual milling machines
Specifications
• Cutting Diameter: 1/4"
• Shank Diameter: 3/8"
• Coating: Titanium Nitride TiN
• Flute Style: Two Flute
• Overall Length: 3 1/8"
• Application: General milling and machining
Comes With
• Two Flute TiN Coated End Mill 1/4" Diameter
Product Information
Product Information
Shipping & Returns
Shipping & Returns

TWO FLUTE TIN COATED END MILLS 1/4" DIA.
TWO FLUTE TIN COATED END MILLS 1/4" DIA.
This two flute TiN coated end mill is designed for precision milling applications requiring smooth cutting performance, reliable chip evacuation, and long lasting durability. The Titanium Nitride coating helps reduce friction and heat buildup during operation while extending the life of the cutting tool. Its two flute design allows for efficient material removal, making it ideal for slotting, profiling, and general purpose milling tasks on a variety of materials. Built for accuracy and dependable performance, this end mill is suitable for both CNC and manual milling machines.
Features
• Two flute design for efficient chip evacuation and smooth cutting action
• TiN coating helps reduce friction and improve wear resistance
• Precision ground cutting edges for accurate milling performance
• Ideal for slotting, profiling, and general machining applications
• Durable construction for extended cutting life
• Provides clean finishes and consistent cutting results
• Suitable for CNC and manual milling machines
Specifications
• Cutting Diameter: 1/4"
• Shank Diameter: 3/8"
• Coating: Titanium Nitride TiN
• Flute Style: Two Flute
• Overall Length: 3 1/8"
• Application: General milling and machining
Comes With
• Two Flute TiN Coated End Mill 1/4" Diameter
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
This two flute TiN coated end mill is designed for precision milling applications requiring smooth cutting performance, reliable chip evacuation, and long lasting durability. The Titanium Nitride coating helps reduce friction and heat buildup during operation while extending the life of the cutting tool. Its two flute design allows for efficient material removal, making it ideal for slotting, profiling, and general purpose milling tasks on a variety of materials. Built for accuracy and dependable performance, this end mill is suitable for both CNC and manual milling machines.
Features
• Two flute design for efficient chip evacuation and smooth cutting action
• TiN coating helps reduce friction and improve wear resistance
• Precision ground cutting edges for accurate milling performance
• Ideal for slotting, profiling, and general machining applications
• Durable construction for extended cutting life
• Provides clean finishes and consistent cutting results
• Suitable for CNC and manual milling machines
Specifications
• Cutting Diameter: 1/4"
• Shank Diameter: 3/8"
• Coating: Titanium Nitride TiN
• Flute Style: Two Flute
• Overall Length: 3 1/8"
• Application: General milling and machining
Comes With
• Two Flute TiN Coated End Mill 1/4" Diameter












