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• Aerospace
  • Titanium Blisk
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  • Landing Gear - Torque Link
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• Medical
  • Dental Screw
  • Hip Joint - Head
  • Hip Joint- Shell
  • Hip Joint- Stem
  • Bone Plate
  • Knee Joint - Tibial
  • Knee Joint - Spacer
  • Knee Joint - Femoral
  • Monoaxial Bone Screw
• Automotive
  • Connecting Rod
  • Aluminum Wheels
  • Turbo Charger
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  • Crankshaft
  • Cylinder Head
  • Cylinder Block
  • Differential Housing
  • Cylinder Head - Cast Iron
  • Tow bar
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  • Steering Knuckle
  • Rear Knuckle
  • Electric Car Battery Case
  • Electric Car Motor Housing
• Bearing
  • Ball Bearing - Outer Ring
  • Ball Bearing - Inner Ring
  • Blade Bearing
• Railway
  • New Wheel
  • Re-New Wheel
  • Axie Shaft
  • Rail Tracks -Slide Plate
  • Switcher
  • Connecting Link
  • Bogie Frame
  • Connecting link Type 60E1
• Oil & Gas
  • Rock Bits
  • Pipe and Coupling Sleeves Onshore Parts
  • Pressure Valve
  • Frac Pump
  • Wellheads
• MTB
  • Lathe Machines
  • Multi-Spindle Milling Machine
  • Machine Centers
  • Swiss type / Automatic Machines
  • Multi-Tasking Machines
  • Multi-Spindle Turning Machines
  • Transfer Line Machines
  • Vertical Multi-Tasking Machines
• Wind Energy
  • Rotor Blade
  • Blade Adapter
  • Blade Bearing
  • Rotor Hub
  • Bearing Housing
  • Main Shaft
  • Gear Sub Parts
  • Planetary Carrier
  • Support Base
  • Yaw Rings
  • Tower Flange
• Power Generation
  • Kaplan Blade
  • Gas & Steam - Turbine Rotor Shaft
• Off Road
  • Boom
  • H-Links
  • Main Frame
  • Bucket Link
  • Connecting Dipper
  • Loader Frame
• Die & Mold
  • Extrusion Die
  • Mold Base
• General Engineering
  • Blades Method
  • Radial Rotary Method
  • Planetary Movement Method
  • Solid Bar Planetary Movement
  • Slitting Plates
  • Slitting Solid Bar
  • Heavy Duty Face Milling

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Rough Trochoidal Milling

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Trochoidal milling is a method with programmed circular tool path movements, characterized by milling a relatively small width of cut and short contact time between the cutting edge and the workpiece material. This method contributes to reducing the generated heat developed during cutting very tough and hard materials such as high temperature alloys and titanium; in the aerospace industry and as well for milling very hard alloy steels. An additional advantage achieved by the trochoidal milling method is that the reduction in generated heat allows for increased cutting speeds for milling high temperature alloys and very hard alloy steels. ISCAR’s solid carbide and MULTI-MASTER product line is equipped with suitable tools, as well as multi-flute tools for faster feeds and greater productivity.  

Recommended grade IC900

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