Unequal division and Unequal spiral angle cornor radius with chip breaker DIN Carbide end mill

Product Description:
Suitable Materials: Steel, Stainless Steel, Cast Iron
Special Blade Chip-Breaking Design:
• Reduces machining resistance and increases chip-breaking efficiency.
• Adaptable to larger cutting depths with an enlarged chip groove design to enhance chip evacuation efficiency.
• Specially designed chip-breaking groove effectively cuts and removes iron chips, improving cutting efficiency.
• Unequal spiral angle design of 35°/38° is advantageous for high-speed machining and crack resistance.
• Unequal division design is beneficial for high feed machining, improving anti-vibration and surface finish better than rough end mills, reducing machine load.
Special Blade Chip-Breaking Design:
• Reduces machining resistance and increases chip-breaking efficiency.
• Adaptable to larger cutting depths with an enlarged chip groove design to enhance chip evacuation efficiency.
• Specially designed chip-breaking groove effectively cuts and removes iron chips, improving cutting efficiency.
• Unequal spiral angle design of 35°/38° is advantageous for high-speed machining and crack resistance.
• Unequal division design is beneficial for high feed machining, improving anti-vibration and surface finish better than rough end mills, reducing machine load.