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DYNAMIC BAR
Micro Boring Double-Sided Micro-Bars
Cost efficient 2-edge inserts. GRADES A
Minimum bore diameter 2.0mm. B
Adjustable overhang length. INSERTS C
Integral shank is adopted to enable installation to standard sleeves. E
Sleeves are applicable to various machine manufacturers' specifications.
Boring Back Boring Grooving Face Grooving Threading CBN & PCD
TURNING
HPB F28 HPBT F28 HPG G36 HPFG G47 HPT J14 BORING F
G
N ew Dynamic Bar C hip Evacuation Direction GROOVING H
SCLC(P) STLB(P)
Toolholder design through CUT-OFF
stress analysis:
THREADING SOLID END MILLS
Maximum structural thickness for
high rigidity.
Controls chattering to achieve
stable machining.
Better Evacuation by Dual Chip Flow J
L
Large chip pocket: S uperior Chip Evacuation (External Coolant)
Exhibits superior chip evacuation.
Dynamic Bar Competitor A Competitor B
Inside the Work- MILLING M
piece P
R
In Competitor A and B's products chips remain inside the workpiece, but chips from Dy- T
namic Bar are all evacuated from the workpiece.
Dynamic design driven by the latest computer simulation technology SPARE PARTS
A nti-chatter Vibration Performance S urface Finish Comparison
Dynamic Bar Competitor A Competitor B TECHNICAL
4415 4415
Vc=500sfm Surface Wall Vc=700sfm INDEX
D.O.C.=0.020" D.O.C.=0.020"
f=0.004ipr f=0.004ipr
S16-SCLPR09 A16Q-SCLPR09-18
CPMH321L-Y CPMH321XP(PV7020)
L/D=4
Surface Rough- External Coolant
ness
Ra=0.4µm Ra=0.6µm Ra=3.4µm Direction of Vibration
Rz=2.3µm Rz=3.6µm Rz=14.0µm Measurement
Oscillatory
Waveform
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