3-ZSHD-3800-120 EK4112 Carbide CNC Milling Insert Determine Appropriate Coating Based Workpiece Machining Requirements

As the core cutting components in CNC machining, milling inserts are used in almost all industrial fields that require efficient and precision milling processes.

• Automotive Manufacturing
  • Engine Components: Cylinder block face milling, crankcase joint surface processing, camshaft groove milling
  • Transmission Systems: Gear end face milling, clutch housing groove processing, valve plate flow channel milling
  • Chassis and Braking: Brake disc end face finishing, steering knuckle contour machining
• Aerospace
  • Structural Components: Wing frame milling, fuselage frame groove processing, titanium alloy rib profile copying milling
  • Engine Parts: Turbine disk tenon groove milling, blade platform precision milling, combustion chamber hole series processing
  • Landing Gear: High-strength steel actuator groove milling, sealing surface precision machining
• Mold Manufacturing
  • Injection Molds: Cavity roughing and finishing, parting surface processing, vent groove milling
  • Die-Casting Molds: Core milling, overflow groove processing, high-temperature alloy mold repair
  • Stamping Molds: Cutting edge taper milling, guide groove processing
• Energy Equipment
  • Wind Power Components: Gearbox joint surface milling, bearing seat groove processing
  • Nuclear Power Equipment: Valve body flow channel milling, sealing ring groove precision machining
  • Oil Drilling: Drill pipe joint end face milling, blowout preventer groove processing
• General Machinery
  • Hydraulic Components: Pump valve body face milling, piston rod groove processing
  • Bearing Field: Bearing seat end face milling, raceway roughing and finishing
  • Textile Machinery: Aluminum alloy roller groove milling, stainless steel guide plate processing