Wave Edge Solid Carbide End Mill for Efficient Roughing of Steel and Aluminum Alloy

• Wave Edge Structure.
• Ideal for Rough Machining of Steel & Aluminum Alloy.

Feature Advantage:

• Includes 3 edge, 4 edge mills.
• Optimized waveform design for aluminum alloy materials, properly control the size of iron filings, improve the life and stability of roughing tools, and improve the quality of machined surfaces.
• Optimized wave shape design for steel materials, properly control the size of iron filings, and improve the life and stability of roughing tools.
• Effectively reduce vibration during cutting and greatly improve tool life.
• 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:

• The high toughness ultrafine grained carbide substrate is easily realized even under heavy load roughing.
• Nano-coatings with excellent self-lubricating properties, and colleagues with high wear resistance can also reduce friction.
• Advanced coating post-treatment technology combines with the substrate more tightly, with lower friction and better surface quality.

Chip-Breaker, Structure & Edge Treatment:

• The unique cutting edge design combines the strength and sharpness of the cutting edge with low cutting force.
• 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.
• Rich industry application experience and verification, general processing, mold manufacturing industry, electronics industry, automotive industry, aerospace industry, etc. have long-term, a large number of successful use cases.

Type (Part of the type):