Product Overview
this high-performance Solid Carbide Roughing End Mill is engineered for maximum efficiency in heavy-duty metal removal operations. Utilizing a premium micro-grain carbide substrate combined with an advanced heat-resistant nano-coating, this tool features a specialized wavy knuckle profile (roughing teeth). Designed specifically for high-load and large depth-of-cut conditions, it significantly reduces cutting forces and machine load while drastically multiplying the Metal Removal Rate (MRR).
Key Features
Efficient Chip-Breaking Knuckle Profile: The unique wavy cutting edges break continuous, wide chips into small, manageable segments. This prevents chip packing and ensures smooth evacuation during deep slotting and high-feed pocketing.
Low Cutting Force & Anti-Vibration: The roughing tooth geometry alters the direction of cutting forces to disrupt harmonic resonance. This effectively dampens chatter, protects the machine spindle, and minimizes the risk of edge chipping.
Premium Thermal Nano-Coating: The advanced bronze-colored nano-coating provides exceptional red hardness and oxidation resistance, maintaining superior wear resistance under high-temperature environments in dry or high-speed machining.
Ultra-Rigid Carbide Substrate: Crafted from select sub-micron tungsten carbide that balances high hardness with excellent impact toughness, ensuring the tool shank resists breakage under heavy-duty loads.
Applications & Target Materials
Applications: Heavy-duty roughing, large depth-of-cut side milling, deep slotting, pocketing, and rapid metal removal (MRR) in mold making and general engineering.
Workpiece Materials: Carbon steels, alloy steels, mold steels (up to HRC 55), stainless steel, cast iron, and titanium alloys.
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55 Degree Helix Angle Solid Carbide Roughing End Mill for Heavy-Duty Roughing with Thermal Nano-Coating Images
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