Wave Radius Mill RSE10000RS
Exotic Alloy
Stainless Steel
.055” / 1.4mm
.197” / 5mm
Radial
-5°
Rake Angle
Axial
4°
4-cornered
8-cornered
KWW DCB DCFMS
Fig 1
D2 D1 DC
DCX
¢ Shellmill 10000
Dimensions ( mm )
Weight (kg)
Max. Dia. Dia.
Boss Height Hole Dia. Keyway Width Keyway Depth Mounting Depth Bolt
Bolt Number of Teeth D2
Cat. No.
Fig
DCX DC DCSFMS LF DCB KWW KDP CBDP D1
RSE10040RS05 RSE10050RS06
5 6
0.16 1 0.27 1
40 50
30 40
33 40
40 40
16 22
8.4
5.6 6.3
18 20
14 18
9
10.4
11
Inserts are sold separately.
¢ Identification Code RSE 10 040 R S 05 Series Insert Size Dia. ( mm ) Feed Direction Metric Bore Number of Teeth
¢ Parts
Detachable Wrench Anti-seize Cream
Flat Insert Screw
Handle Grip
Bit
BFTX03584IP 3.0 HPS1015 TRB15IP SUMI-P Recommended Tightening Torque (N·m)
¢ Insert
Dimensions (inch / mm )
Grade Classification Coated Carbide
High-speed/Light Medium Cutting Roughing
Process
Fig 1 4 Cornered Insert
Fig 2 8 Cornered Insert
Fig 3 8 Cornered Insert
Inscribed Circle IC
Thickness S
Relief Angle
Cat. No.
Fig
15°
11°
11°
S
S
IC
IC
S
IC
.394 / 10 .156 / 3.96 11° 1 .394 / 10 .156 / 3.96 11° 2 .394 / 10 .156 / 3.96 15° 3
RPHT10T3M0EN-G RPMT10T3M0EN-G RDMT10T3M0EN-G
: worldwide warehouse item
¢ Recommended Cutting Conditions
Cutting Speed v c (SFM) Min. - Max.
Feed Rate f z (IPT) Min. - Max.
Material
Hardness Chipbreaker
Grade
ISO
Q Q
Heat-Resistant Alloy
G G
85 - 180 105 - 320 380 - 630 350 - 560 410 - 685
.006 - .014" ACS2500/ACS3000 .006 - .014" ACS2500/ACS3000 .006 - .018" ACS2500/ACS3000 .006 - .018" ACS2500/ACS3000 .006 - .018" ACS2500/ACS3000
S Exotic Alloy
Ti Alloy
430 Stainless and Others (Martensitic/Ferritic) 200HB G 403 Stainless and Others (Martensitic/Hardened) 240HB G
Stainless Steel
M
304 Stainless, 316 Stainless (Austenitic)
180HB G
· The recommended cutting conditions may not be practical depending on the operating conditions (e.g. machine, work material shape, clamping system). · For slot milling, calculate the feed rate at around 70% of the above values. · The cutting conditions above are a guide. Actual conditions will need to be adjusted according to machine rigidity, work clamp rigidity, depth of cut and other factors. Note
4
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