Solid Carbide End Mills for ISO S Heat Resistant Alloys with Cutting Edge Sharp

• It is Most Suitable for Cutting Difficult-To-Cut Materials Such As Stainless Steel & Nickel-Based Superalloys.

Feature Advantage:

• Ideal for difficult-to-cut materials such as stainless steel and nickel-based superalloys.
• A comprehensive optimization of the material of the base material, tool structure, coating and special treatment process for the characteristics of difficult-to-cut materials.
• The integral alloy end mill is suitable for face milling, groove milling and side milling with high efficiency advantages.
• The integral alloy end mill can be reground and has the characteristics of repair and reuse, further reducing costs.

Base Material & Coating:

• A coating with good heat resistance enables stable processing even at high temperatures.
• Advanced coating post-treatment technology combines with the substrate more tightly, with lower friction and better surface quality.

Chip-Breaker, Structure & Edge Treatment:

• Large helix angle and front corner design with sharp cutting edges.
• The unique shape of the blade prevents the influence of cutting heat on the tip and greatly improves the wear resistance.
• The groove type is tightly controlled to better improve chip flow and curl and reduce cutting forces.
• The production of high-precision five-axis CNC grinding machines guarantees the size, precision and surface quality of the tools.
• Highly stable edge treatment and high rigidity design allow the tool to achieve greater feed per tooth, greatly improving metal removal and processing efficiency.
• A wealth of industry application experience and verification, especially a large number of successful use cases in the aerospace industry.

Type (Part of the type):