4 Flute Solid Carbide Flat End Mill z chipem Splitter Wysokiej wydajności narzędzie do cięcia stali

Inne filmy
May 21, 2025
Category Connection: Frez z węglików spiekanych
Brief: Discover the 4 Flute Solid Carbide Flat End Mill with Chip Splitter, a high-performance steel cutting tool designed for demanding applications. Engineered with advanced chip splitter technology and a premium carbide substrate, this end mill delivers exceptional efficiency and extended tool life in stainless steel, P20, and H13 machining.
Related Product Features:
  • Advanced chip splitter technology breaks chips into manageable segments, reducing heat buildup and improving chip evacuation.
  • High-performance carbide substrate with ultra-fine grain structure ensures maximum toughness and superior wear resistance.
  • Optimized 4-flute design balances material removal rate and tool rigidity for consistent performance.
  • Variable helix angle (35°/40°) reduces harmonic vibration, enhancing surface finishes.
  • AlTiN coating provides excellent heat resistance and prolongs tool life in abrasive materials.
  • Precision-ground cutting edges ensure accuracy and reliability in demanding steel machining.
  • Versatile performance across various steel grades and hardness levels, ideal for mold & die, automotive, and general engineering.
  • 30% longer tool life compared to conventional end mills, reducing downtime and costs.
Pytania:
  • What materials is this end mill suitable for?
    This end mill is designed for machining stainless steel, P20, H13, and other carbon and alloy steels, offering versatile performance across various hardness levels.
  • How does the chip splitter technology improve machining?
    The chip splitter breaks chips into smaller segments, reducing heat buildup, improving chip evacuation, and minimizing workpiece marring, leading to more efficient and cleaner cuts.
  • What are the benefits of the AlTiN coating?
    The AlTiN coating enhances heat resistance and wear durability, allowing the end mill to maintain edge integrity at elevated temperatures and prolonging tool life in abrasive materials.