Carbide inserts Shipping by sea,sold worldwide!

video of santon
March 15, 2025
Category Connection: Indexable Milling Inserts
Brief: See how this offering can bring practical value to common tasks and projects. In this video, we demonstrate the application and benefits of our customized high toughness indexable milling inserts. You'll get a detailed walkthrough of their design features, see how they perform when machining challenging materials like high manganese steel and stainless steel, and learn about their robust construction that ensures stability during heavy milling operations.
Related Product Features:
  • Features a simple single-screw blade fixation system for easy transposition and fewer cutter parts.
  • Utilizes unequal pitch design in rough machining to reduce vibration and increase milling stability.
  • Employs tangential blade installation for large hard alloy section and high pressure strength.
  • Enables large cutting depth and high strength operations due to robust blade design.
  • Uses cutting force-based clamping where clamping force increases with cutting force.
  • Specifically designed for machining high manganese steel and stainless steel materials.
  • Offers high toughness with excellent resistance to thermal shock crack and plastic deformation.
  • Suitable for milling structural alloy steel, alloy tool steel, and various industrial applications.
Faqs:
  • Are you a manufacturer or a trading company?
    We are a professional manufacturer with 10 years of experience in producing and selling carbide inserts.
  • What is your minimum order quantity (MOQ)?
    There is no limit for MOQ. For non-standard products, a mold fee is required but can be refunded later.
  • What is your delivery time for standard products?
    Usually it takes about 25-30 days for production. For new molds, the lead time may require an additional 10 days.
  • What payment terms do you accept?
    We accept Western Union, Onetouch, T/T, and L/C with 50% T/T deposit and 50% balance before shipment or against copy of BL.