3D printed stator bore tool for the machining of aluminum e-motor housings.

This version of the tool features a newly designed arm structure, a larger center tube made of carbon fiber, and weighs a total of 7.3kg.

The complex tool is capable of machining three large diameters in just one operation, saving set-up time and machining time for automotive component manufacturers and delivering the highest accuracy and surface qualities.

Machining three diameters in one operation, the stator bore tool ensures the alignment and concentricity of the machined surfaces whilst reducing the cycle time significantly.

The lightweight 3D printed combination tool enables a faster tool change and spin-up even on less powerful machines.

Features and Benefits

  • Award Winning Tool: The newly redesigned tool recently won MM MaschinenMarkt’s Best of Industry Award in the Production and Manufacturing category based on votes by readers and industry experts. 
  • Additive Manufacturing Capabilities: The airfoil shaped arms with through coolant and RIQ reaming technology. Complex internal and external features enabled by additive manufacturing.
  • Internal Coolant: Hassle-free chip removal is ensured by means of airfoil shaped arms that are through coolant featured to ensure precise and powerful coolant supply to the cutting edges and guide pads.
  • Steerable Toolholder: The SIF™ steerable toolholder for easy compensation of radial runout and angular inaccuracies caused by the spindle.
  • Pocket Seat Numbering: Numbered pocket seats ensure efficient insert and cutting edge management and documentation.
  • Tool Design Options: Design variant with 12 pocket seats in the front.
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  • Steel (3)
    • Low-Carbon Steels, Long Chipping C < .25%; <125 HB; <530 N/mm^2 UTS(3)
    • Low-Carbon Steels, Short Chipping C < .25%; <125 HB; <530 N/mm^2 UTS(3)
    • Medium and High Carbon Steels C < .25%; <220 HB; <25 HRC; >530 N/mm^2 UTS(3)
    • Alloy Steels & Tool Steels C > .25%; <330 HB; <35 HRC; 600-850 N/mm^2 UTS(3)
    • Alloy Steels & Tool Steels C > .25%; 350-420 HB; 35-43 HRC; 850-1400 N/mm^2 UTS(3)
    • Ferritic, Martensitic, and PH Stainless Steels <330 HB; <35 HRC; 600-900 N/mm^2 UTS(3)
    • High Strength Ferritic, Martensitic, and PH Stainless Steels 350-450 HB; 35-43 HRC; 900-2400 N/mm^2 UTS(3)
  • Stainless Steel (3)
    • Austenitic Stainless Steel 130-200 HB; <600 N/mm^2 UTS(3)
    • High Strength Austenitic Stainless and Cast Stainless Steels 150-230 HB; <25 HRC; >600 N/mm^2 UTS(3)
    • Duplex Stainless Steel 135-275 HB; <30 HRC; 500-1200 N/mm^2 UTS(3)
  • Cast Iron (3)
    • Gray Cast Iron 120-290 HB; <32 HRC; 125-500 N/mm^2 UTS(3)
    • Low and Medium Strength CGI and Ductile Irons 130-260 HB; <28 HRC; <600 N/mm^2 UTS(3)
    • High Strength Ductile and Austempered Ductile Iron 180-350 HB; <43 HRC; >600 N/mm^2 UTS(3)
  • High-Temp Alloys (2)
    • Iron-Based, Heat-Resistant Alloys 160-260 HB; 25-48 HRC; 500-1200 N/mm^2 UTS(2)
    • Cobalt-Based, Heat-Resistant Alloys 250-450 HB; 25-48 HRC; 1000-1450 N/mm^2 UTS(2)
    • Nickel-Based, Heat Resistant Alloys 160-450 HB; <48 HRC; 600-1700 N/mm^2 UTS(2)
    • Titanium and Titanium Alloys 300-400 HB; 33-43 HRC; 900-1600 N/mm^2 UTS(2)
Applications
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RIQ™ Reamer Stator Bore Tool - Kennametal
Guide Pad Reaming
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