5mm eCo-P Series Carbide Long End Mill – Precision Machining Excellence

5MM eCo-P Series Carbide Long End Mill – Elevating Precision Machining

Discover precision machining excellence with the 5MM eCo-P Series Carbide Long End Mill from the Ec-P Series. Engineered with variable pitch geometry, this cutting-edge tool effectively minimizes chatter and harmonics, ensuring a superior part finish and prolonged spindle life. Boasting eccentric relief for maximum edge strength and HC+ coating for enhanced performance in challenging materials, this end mill stands as a robust choice for a diverse range of applications.

Key Features:

• Variable Pitch Geometry: Effectively reduces chatter and harmonics, resulting in a higher quality part finish and extended spindle life.
• Eccentric Relief Design: Maximizes edge strength for both roughing and finishing applications.
• Outstanding Performance: Exhibits exceptional performance and high-temperature resistance across various ferrous materials, including low and medium alloy steels, tool steels, and cast iron.
• Center Cutting: Versatile for a variety of machining operations.
• h6 Shank Tolerance: Precision-crafted for compatibility with high precision tool holders.
• HC+ Coating: Provides added lubricity and high-temperature resistance, enabling faster speeds, feeds, and improved tool life.
• CNC Ground in Turkey: Crafted with precision using CNC grinding technology in Turkey.

Product Specifications:

• Series Number: 4150
• EDP/Part Number: 4250000035878
• Order Code: 05.750
• Package Quantity: 1
• EAN Number: 4250000035878
• Item Dimensions (mm): 5.000 X 75.000
• Item Weight: 0.078 kg
• Package Weight: 0.100 kg
• Coating: TiAlN
• Coolant: Without
• Cutting Direction: Right Hand
• Cutting Edge: Corner Chamfer
• Helix Angle: 30
• Material: Carbide
• Shank: HA Cylindrical
• Type: eCo-P
• Tolerance: h10

Experience precision redefined with the 5MM eCo-P Series Carbide Long End Mill. Elevate your machining capabilities and order now for superior performance in your cutting projects.