2022-10-17

AP5-718 Nickel-based Alloy Special Cutter

  1. 5-flute high rigidity design, specialized for side milling, with improved surface finishing quality.
  2. Overall feed rate (F value) increases by more than 20% compared to 4-flute tools, enhancing efficiency.
  3. Special cutting edge design allows for maximum efficiency without the need to reduce cutting volume.
  4. Tool coating: JLC's exclusive high-hardness composite coating, resistant to adhesion and withstands temperatures above 1200°C, effectively improving tool life and surface precision.

AP4-718 Nickel-based Alloy Special Cutter

  1. Unequal flute design reduces the adhesion to the workpiece, comprehensively suppressing machining vibration and noise, with outstanding results.
  2. The special R-type groove bottom with unequal helix and unequal flute design maximizes tool rigidity and chip evacuation space.
  3. Unique outer edge design accelerates chip removal and reduces chip impedance, extending tool life by more than double compared to regular tools.
  4. Tool coating: JLC's exclusive high-hardness composite coating, resistant to adhesion and withstands temperatures above 1200°C, effectively improving tool life and surface precision.

Benchmark Test

Product AP5-0605R
Machine ChampMill e-1000 Feed Rate Per Tooth 0.04 mm
Work Piece Inconel 718 Depth 2 mm
Spindle Speed 1590 RPM Width 0.5 mm
Feed Rate 318 mm/min Milling Method Side Milling
Product AP4-0605R
Machine ChampMill e-1000 Feed Rate Per Tooth 0.05 mm
Work Piece Inconel 718 Depth 2 mm
Spindle Speed 1590 RPM Width 0.5 mm
Feed Rate 318 mm/min Milling Method Side Milling

Real cutting wear comparison

AP5

  • 切削3000mm行程

  • 切削6000mm行程

  • 切削12000mm行程

  • 切削21000mm行程

他社

  • 切削3000mm行程

  • 切削6000mm行程


AP4

  • 切削3000mm行程

  • 切削6000mm行程

  • 切削9000mm行程

他社

  • 切削3000mm行程

  • 切削6000mm行程