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Cutting Point Precision Toolholder Lineup
The AE Dynamic Bar maintains precise cutting edge positional Excellent Bar (AE-Type)
accuracy through the use of a special alloy, thereby achieving high Excelent Bar with coolant hole
(internal coolant) (A..AE) enables
precision machining. better chip evacuation.
34CrMo4
0.03 Steel Bar
0.02 Vc=180m/min The steel shank bar (without
ap=2mm coolant hole) provides superior
Competitor B f=0.2mm/rev cost performance
S/A16Q-SCLPR09-18 type
0.01
X-axis displacement (mm)
CPMH090308(CA5525)
Boring
0.00 L/D=4
500 1000 1500 2000 External Coolant
0
-0.01 Direction of
-0.02 Dynamic Bar (AE-Type) measurement
-0.03 9BYJT
-0.04 F
Amount of cuts
Advantages of Dynamic Bar SDUC
New design and concept focusing on chip evacuation
New Streamlined pocket enables New Coolant flows towards the workpiece’s
design an efective chip evacuation. concept inner surface
Large chip pocket allows Coolant ow
chips to flow through the
backside of the bar
Chip ow
Side chip pocket directs chips Coolant ows towards the in-
outside of workpiece ner surface of the workpiece
enabling smooth chip ever-
cuation
conventional model
conventional model
HP Type 2-Edges Tip-Bar for Micro Boring
Economically excellent 2-Edges
Min. Bore Dia. Line Up from 2.0 to Up
Easy-to-Use Adjustable Overhang Length
Intergrated shank enables installation with standard sleeves
Special sleeves for various machine types
Boring Back boring Grooving Face Grooving Threading
HPB F22 HPBT F22 HPG G44 HPFG G65 HPT J24
Min. Bore Dia.: 2~7 Min. Bore Dia.: 4~5 Min. Bore Dia.: 4~7 Min. Face Groove Dia.: 8 Min. Pilot Hole Dia.: 4.5~8
Corner-R (r): 0.05 Corner-R (r): 0.05 Edge Width: 1.0~2.0 mm Edge Width: 1.0~3.0mm M: 0.75~1.5 mm
Depth: 1.0~2.0 mm Depth: 2.0~3.0mm UN: 28~16 TPI
W: 24~18 TPI
R c : 28~19 TPI
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