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HARVI III Ball Nose • UJBV • Unequal Flute Spacing • Eccentric Relief
HARVI III Ball Nose • UJBV • Unequal Flute Spacing • Eccentric Relief
HARVI III Ball Nose • UJBV • Unequal Flute Spacing • Eccentric Relief
HARVI III Ball Nose • UJBV • Unequal Flute Spacing • Eccentric Relief

High-Performance DUO-λOCK® Modular End Mills • HARVI™

HARVI III Ball Nose • UJBV • Unequal Flute Spacing • Eccentric Relief

Features and benefits

  • Unequal flute spacing and variable helix configuration minimize chatter and harmonics for smoother machining.

  • Center cutting.

  • Optimized geometry for titanium machining.

  • Single tool for both roughing and finishing, reducing setups.

  • Standard items listed. Additional styles and coatings made-to-order.

Uses and application

  • Side Milling/Shoulder Milling: Ball NoseSide Milling/Shoulder Milling: Ball Nose
  • 3D Profiling3D Profiling
  • Corner Style: Ball NoseCorner Style: Ball Nose
  • Tool Dimensions: Flute Configuration: 6Tool Dimensions: Flute Configuration: 6
  • Helix Angle: 37°/39°Helix Angle: 37°/39°

Workpiece Material

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SAP Material Number ISO Catalog Number ANSI Catalog Number Grade Adapter Style Machine Side [D] Adapter / Shank / Bore Diameter [D] Adapter / Shank / Bore Diameter [L1] Gage Length [L1] Gage Length [CSMS] System Size Machine Side [WF] Width of Flat [WF] Width of Flat [D1] Effective Cutting Diameter [D1] Effective Cutting Diameter [AP1MAX] 1st Maximum Cutting Depth [AP1MAX] 1st Maximum Cutting Depth
6072147 UJBV0625Y6CN UJBV0625Y6CN KCSM15 DUO-LOCK 15.375 .6053 35.7000 1.405 DL16 13.0000 .5118 15.8750 .6250 23.8120 .9375
6072144 UJBV0375Y6CN UJBV0375Y6CN KCSM15 DUO-LOCK 9.125 .3593 21.4000 .8425 DL10 8.0000 .3150 9.5250 .3750 14.2880 .5625
6072145 UJBV0500Y6CN UJBV0500Y6CN KCSM15 DUO-LOCK 12.2 .4803 28.6000 1.126 DL12 9.5000 .3740 12.7000 .5000 19.0500 .7500
6072149 UJBV0750Y6CN UJBV0750Y6CN KCSM15 DUO-LOCK 18.55 .7303 42.9000 1.689 DL20 16.0000 .6299 19.0500 .7500 28.5750 1.125
6072150 UJBV1000Y6CN UJBV1000Y6CN KCSM15 DUO-LOCK 24.4 .9606 57.2000 2.252 DL25 21.0000 .8268 25.4000 1.000 38.1000 1.500
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  • P Steel (5)
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      Low-Carbon Steels, Long Chipping C < .25%; <125 HB; <530 N/mm^2 UTS
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      Low-Carbon Steels, Short Chipping C < .25%; <125 HB; <530 N/mm^2 UTS
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      Medium and High Carbon Steels C < .25%; <220 HB; <25 HRC; >530 N/mm^2 UTS
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      Alloy Steels & Tool Steels C > .25%; <330 HB; <35 HRC; 600-850 N/mm^2 UTS
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      Ferritic, Martensitic, and PH Stainless Steels <330 HB; <35 HRC; 600-900 N/mm^2 UTS
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      Austenitic Stainless Steel 130-200 HB; <600 N/mm^2 UTS
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      Duplex Stainless Steel 135-275 HB; <30 HRC; 500-1200 N/mm^2 UTS
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      Gray Cast Iron 120-290 HB; <32 HRC; 125-500 N/mm^2 UTS
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      Low and Medium Strength CGI and Ductile Irons 130-260 HB; <28 HRC; <600 N/mm^2 UTS
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    • K3
      High Strength Ductile and Austempered Ductile Iron 180-350 HB; <43 HRC; >600 N/mm^2 UTS
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      Iron-Based, Heat-Resistant Alloys 160-260 HB; 25-48 HRC; 500-1200 N/mm^2 UTS
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    • S2
      Cobalt-Based, Heat-Resistant Alloys 250-450 HB; 25-48 HRC; 1000-1450 N/mm^2 UTS
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      Nickel-Based, Heat Resistant Alloys 160-450 HB; <48 HRC; 600-1700 N/mm^2 UTS
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    • S4
      Titanium and Titanium Alloys 300-400 HB; 33-43 HRC; 900-1600 N/mm^2 UTS
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      Hardened Materials 44-48 HRC
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      Hardened Materials 48-55 HRC
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Grades

  • KCSM15

    Coated carbide grade with thick PVD coating and optimized chemistry 

    and process for increased wear resistance. Outstanding protection in milling stainless steel to mitigate crater, DOCN (depth-of-cut notching), and flank wear. Excellent performance up to 52 HRC.

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    M