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Application Map Chipbreaker Selection
Cut-Off Cut-Off
High Continuous High feed rate Interruption
Cutting High feed rate Cut-Off for High feed rate
Resistance General Use
PHFor General Use PH
PM PM
Low Feed Rate Large
Small
Recommended Cutting Conditions Example of feed [ in the graph indicates the center value of feed (f)]
Recommended Feed Rate (mm/rev) PM Chipbreaker H
(Carbon SteelS50C)
Insert Grade Remarks
Workpiece (Vc: m/min) PM-Chipbreaker PH-Chipbreaker Width 2~4
Material
Width W Width W
MEGACOAT (mm) (mm)
(mm)
PR1225 PR1215 2~4 2 3~4 0.1 0.2 0.3 Cut-off
Feed Rate f (mm/rev)
Carbon Steel PH Chipbreaker (Carbon SteelS50C)
(SxxC) 80 200 100 200 Width 3~4
Alloy Steel 0.08 0.18 0.10 0.25 0.15 0.28
(SCM) 70 180 80 180 Coolant
Stainless Steel (mm) 2
(SUS304) 60
150 60 150 0.06 0.12 0.05 0.12 0.08 0.15
Cast Iron - 100 200 0.08 0.18 0.10 0.25 0.15 0.28 0.1 0.2 0.3
(FC FCD) Feed Rate f (mm/rev)
1st Recommendation 2nd Recommendation
Caution Cut-Off
1.Be sure to perform wet processing. Apply enough coolant to the cutting edge.
2.Keep a constant rate during processing so that optimal product life will be achieved.
3.Cut off as close to the chuck as possible.
4.Lower the feed rate to 1/2 to 1/3 at the near center to prevent impact caused by cutting.
Case Studies (Cut-Off) 10 Result
33
C45 (S45CF The cutting edge of KGD Cut-off PM
Chipbreaker (PR1225) shows good
Sleeve condition even after processing the same
Vc=103 m/min number of workpiece as Competitor L.
f=0.12 mm/rev Longer product life can be expected.
WET (Competitor L suffered from chipping of
GDM3020N-025PM cutting blade).
(PR1225) (Evaluation by the user
KGDL2525X-3T20S
PM Chipbreaker 250 pcs/edge Can be extended
PR1225
Competitor L 250pcs/edge Chipping occurred
PVD Coated Carbide
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