About (65HRC) DIA-1.5MM SOLID CARBIDE ENDMILL
A 65 HRC hardness end mill is a high-performance cutting tool specifically engineered for machining ultra-hard materials such as hardened steels, die steels, and heat-treated alloys up to 65 HRC.
Engineered for Precision and DurabilityThe 65HRC DIA-1.5mm Solid Carbide Endmill provides remarkable precision due to its ultra-fine grain substrate and tight 0.01 mm tolerance. Its hardness of 65HRC allows the tool to withstand the rigorous demands of machining high-strength materials like hardened steel and alloy steel, resulting in superior surface finishes and minimal tool wear.
Reliable Performance in Advanced MachiningThis endmill is designed for finishing and semi-finishing operations, featuring four square-end flutes that deliver smooth cutting and chip evacuation. The AlTiN coating enhances wear resistance, while the helix angle of 35-45 degrees ensures reduced vibration and optimal efficiency during high-speed milling.
FAQ's of (65HRC) DIA-1.5MM SOLID CARBIDE ENDMILL:
Q: How should the 65HRC DIA-1.5MM Solid Carbide Endmill be used for optimal performance?
A: For best results, use the endmill within the recommended RPM range, up to 40,000 depending on the material. Ensure proper fixturing and coolant usage when machining high hardened steels, cast iron, or tool steels to achieve a precise finish and extend tool life.
Q: What are the primary applications of this solid carbide endmill?
A: This endmill is specifically designed for finishing and semi-finishing operations on high hardened steel, cast iron, alloy steel, and tool steel, making it suitable for industries requiring high-precision machining and exceptional surface quality.
Q: When should I select this endmill over other types?
A: Opt for this 1.5mm solid carbide endmill when you require high dimensional accuracy, a fine surface finish, and reliable performance on harder workpiece materials, especially in high-speed milling or intricate part machining.
Q: Where is the 65HRC DIA-1.5MM Solid Carbide Endmill most effective?
A: It demonstrates peak effectiveness in precision engineering, mold and die manufacturing, and high-performance components industries, particularly where tight tolerances and hardened materials are standard requirements.
Q: What process does the ultra-fine grain substrate enhance during machining?
A: The ultra-fine grain substrate improves edge retention and cutting consistency, allowing for enhanced surface finishes and superior overall precision during finishing and semi-finishing operations.
Q: What are the benefits of the AlTiN coating on the endmill?
A: AlTiN coating increases wear and heat resistance, enabling prolonged tool life at higher speeds and reducing the need for frequent tool changes during demanding machining tasks.