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GENOS L250/L200-MGENOS L400/L300-M
1-Saddle CNC Lathes
GENOS series
Abundant spec variations for high productivity and
thorough ease of use from the user’s perspective.
Machine shops around the world long for machines like this.
Okuma has faced this challenge head on,
resulting in the high quality GENOS global machine.
Okuma's technical genes are found in cutting edge manufacturing
that seeks to balance high quality and low cost.
1-Saddle CNC Lathes
GENOS L250/L200-MGENOS L400/L300-M
1 2
Welcome to GENOS GENOS technology carries Okuma's genetic heritage and takes you
to the leading edge of global competition.
GENOS-A high-quality global machine for the times. Get one for yourself.
A variety of milling operations can be accommodated with high-accuracy, wide-range Y-axis travel using a double slide system. Achieves complete multitasking with a single chucking (MY, MYW specs).
• Travels
GENOS L200-MY: 80 mm
(+30 to -50)
GENOS L300-MY, MYW: 100 mm
(+50 to -50)
■ Basic structure forY-axis specs
■ Model specifications
*2. Max machining length becomes 150 mm*1. Max machining length becomes 420/1,020 mm
Standard, M, MW specs MY, MYW specs
4
Diverse specification line-up contributes to increasing users’ productivity
3
Okuma’s new global CNC lathe, GENOS L series.GENOS L series machines are “simple multitasking machines” with superior cost performance. They combine simple machine structures for high quality and ease of use with a rich array of spec variations to handle everything from chuck workpieces to bar material workpieces with complex shapes. They are machines to meet every customer need.
-X ax
is+
Ys axis
-X axis+
■ Outstanding dimensional stability
+Y axis-
Abundant spec variations available to match your specific application requirements
Maximummachining
length
290/500
225/380
500/1,100
450/1,060
A2-611/7.5 kW
A2-815/11 kW
SpindleModel
GENOS L250
GENOS L200-M
GENOS L400
GENOS L300-M
Y axis Y+W axisSub-spindle(W axis)
Optional specs(“ ” items available)
—
—
*1
—
—
—
*2
—
—
—
*2
Multitasking(M specs)
No
Yes
No
Yes
In addition to maintaining high dimensional accuracy when room temperature changes, Okuma's thermal deformation prevension provides high dimensional accuracy during machine startup and machining restart.By stabilizing thermal deformation, warming-up time is shortened and the burden of dimensional correction during machiningrestart is reduced.
Machining dimensional change over time (actual data)
(room temp change: 8C˚)ø9Highdimensionalstability
Machining restart
Room temp change
Machine startup�
5 6
Easy to use, simple machine structure
High speed, high rigiditygearless spindle
High power, high torque,compact multitasking turret
GENOS L200-MY illustration
■ Main spindleHigh speed, high rigidity gearless spindle minimizes vibration and heat.
■ Turret
■ TailstockLow center height, high stabilty Hydraulic tailstock.
Long service life, minimalthermal defomation bed
■ Sub-spindleWith these sub-spindle specifications, front and back machining can be done on a single lathe Interference is not a worry even in back face machining with a multitasking V12 radial turret(MW, MYW specifications).
GENOS L300-MW, MYW
V12 turret
M-V12 turret (VDI)
M-V12 turret (Radial)GENOS L400 MT 5 (dead center)
■ Multitasking turretCompact milling spindle uses high power, high torque PREX motor for much faster multitasking operations.
■ With the GENOS L series you can machineworkpieces like these.
Spindle torque/output diagrams
7 8
Turning capacity [actual data]
•ø100 spindle specs (GENOS L250/L200-M)Spindle speed: 4,500 min-1
Output: VAC 11/7.5 kW (30 min/cont)Torque: 93 N-m
■ Main spindle■ GENOS L400 (Material: S45C)
•ø80 spindle specs (GENOS L300-MW, MYW)Spindle speed: 6,000 min-1
Output: VAC 7.5/5.5 kW (30 min/cont)Torque: 48 N-m
■ Sub-spindle specs
■ Milling tool spindleRoundness 0.42 µm
0180
90
270
10 µm
×1,000
2.0
1.0
0.0
-1.0
-2.0
0 0.50 mm
µmRoughness (ver mag : ×10,000.00 hor mag : ×100.00)
Rz : 0.58 µm Ra : 0.08 µmTool nose uniformity*
* Better surface roughness
The “actual data” referred to above for this brochure represent examples, and may not be obtaineddue to differences in specifications, tooling, cutting, and other conditions.
•GENOS L200-M/MYSpindle speed: 6,000 min-1
Output: PREX 4.0/1.8 kW (25 min/cont) Torque: 15 N-m
•ø120 spindle specs (GENOS L400/L300-M)Spindle speed: 3,000 min-1
Output: VAC 15/11 kW (30 min/cont)Torque: 571 N-m
•GENOS L300-M/MY (VDI)Spindle speed: 4,500 min-1
Output: PREX 7.0/3.3 kW (30 min/cont)Torque: 24 N-m
•GENOS L300-M/MY/MW/MYW (Radial)Spindle speed: 6,000 min-1
Output: PREX 5.5/3.7 kW (2 min/cont)Torque: 31 N-m
OD heavy cut
Cutting speed
Cutting depth
Feedrate
3.0 mm2
120 m/min
6.0 mm
0.50 mm/rev
Drilling
Cutting speed
Tool
Feedrate
ø50
150 m/min
ø50 insert drill
0.15 mm/rev
Milling capacity [actual data]
Turning accuracy [actual data]
■ GENOS L200-M (Material: S45C)
Chip volume
Cutting speed
Tool
Cutting depth × width
Feedrate
96 cm3/min
135 m/min
ø12 6-flutes endmill
18.0 mm × 2.5 mm
0.60 mm/rev
Drilling
Cutting speed
Tool
Feedrate
ø13
120 m/min
ø13 insert drill
0.34 mm/rev
■ GENOS L300-M (Material: S45C)
■ GENOS L300-MW
Chip volume
Cutting speed
Tool
Cutting depth × width
Feedrate
142 cm3/min
135 m/min
ø16 6-flutes endmill
20.0 mm × 4.0 mm
0.60 mm/rev
Drilling
Cutting speed
Tool
Feedrate
ø16
135 m/min
ø16 insert drill
0.3 mm/rev
Tool
Spindle speed
Feedrate
Compax R0.4 nose
1,500 min-1
0.03 mm/rev
Machine Capacity and accuracy
N-m
Torq
ue
Out
put
kW
Spindle speed min-1
50 100 500 1,000 6,0004,000
200
100
10
5
50
20
1110
1
0.5
5
2
N-m
Torq
ue
Out
put
kW
Spindle speed min-1
500
100
50
10
5
10
5
1
0.110050 500 1,0003,00062725125
7.5 kW [cont]11 kW [30 min]93 N-m
63 N-m
1,131 4,500107
570.7 N-m418.6 N-m
228.5 N-m167.6 N-m
15 kW [30 min]11 kW [cont]
100
10
20
50
5
50
10
1
100 500 1,000 6,000
N-m
Torq
ue
Out
put
kW
Spindle speed min-1
35 N-m (cont)
48 N-m (30 min)
7.5 kW (30 min)
5.5 kW (cont)
1,500
20
10
1
50
5
2
1
0.1
100 500 1,000 4,000 6,000
N-m
Torq
ue
Out
put
kW
Spindle speed min-14,50050 100 500 1,000 2,820
20
10
1
N-m
Torq
ue
1,500
2,5004,500
11 N-m (cont)
15 N-m (25 min) 1.8 kW (cont)
Spindle speed min-1
4.0 kW (25 min)
45
5
2
1
0.1
2,220 3,000
Out
put
kW
14 N-m (cont)
24 N-m (30 min)
7.0 kW (30 min)
3.3 kW (cont)
20
10
1
N-m
Torq
ue
5
2
0.1
10050 6,000500 1,000
Out
put
kW
Spindle speed min-1
1
45 1,680
5.5 kW (2 min)3.7 kW (cont)
21 N-m (cont)31 N-m (2 min)
1-machine 1-loader applications to full-scale production lines
• Get outstanding flexibility from 1-machine/1-loader to multi- machine lines, with optimum cycle times, operation mix, work flow, floor space and the like.
• Okuma's selection of work tables, part turnover stands, post- process gauges and other peripherals, can provide an ideal system arrangement to meet your needs.
■ Your best layout for automation Loader Specs
2-machine/1-loader cell1-machine/1-loader cell
One touch editing
G/M programs can be edited with a single touch on the shop floor. Editing can be started immediately by moving the cursor to the program execution block or the block that produced an alarm during machining in automatic operation mode.
• Blanks and finished parts can be stacked on one work table.(Not possible with 2-machine/2- Ioader.)
• 2-machine/2-loader cell machines can be laid out in parallel.
2-machine/2-loader cell
Part turnover
Work table
Gauge
Loader
9 10
Comfortable operation, superior expandabilitywith the customer in mind
Maintenance tasks from the front—effortlessly
Machine operation screen (single screen operations)
■ Touch Setter gauging Touch Setter arm advance and retraction, gauging cycle start, and setting and check of tool compensation values can all be done from a single screen. Operation and data settings for Touch Setter gauging can be done without changing screens.
■ Multitasking operationsThe series of operations to start multitasking can be done from a single screen while confirming the status of the C and Y axes.
Big exit for falling chips
1-sheet saddle cover
Slideway lube tank
Hydraulic chuck pressure regulator
• Hydraulic chuck pressure regulator, slideway lubrication tank, and other maintenance items brought to the front of the machine
• A big exit for falling chips and the 1-sheet saddle cover provide for smooth discharge of large volumes of chips
Ready-to-go systems for
12
With various earth-friendly features
Ecology and economy specs that eliminate waste
■ Energy-saving NC unit• Computer in a flat panel with a high-performance CPU• Power-saving design• LCD (Liquid Crystal Display) used
■ Energy-saving drive units• Low-loss power transistor used• Power regeneration system used
■ Power-savingAfter completion ofautomatic operation,equipment powershuts off at set time
■ Energy-savingoperations
• Chip conveyor intermittent operation
• Lift-up conveyor, mist collector interlocked operation
Energy-saving functions
Energy-saving technologies
Spindle cooler motor OFF
Spindle orientation release
Coolant stop
Chip flusher stop
Hydraulic motor OFF
Gravity axis servo OFFIn-machine lamp OFF
11
0
20
40
60
80
100
120(%)
0
20
40
60
80
100
(%)
136%100%
100% 88%
43%
1990s OSP 2000 OSP OSP-P300 PreviousOkuma machine
GENOSL300-MW
PowerconsumptionReduced 57% compared to
previous Okuma machine
compared toprevious Okuma machine
Reduced 12%NC power consumption (%) Servo power consumption (%)
Satisfaction from complete control of a machine tool
Okuma Control OSP-P300L-R
As a “machine & control” builder, Okuma makes further strides in machine tool manufacturing with
this superb, control featuring “Easy Operation” . Okuma took a close look at the way machinists
actually operate machine tools, to help them create smoother and more effective ways of producing
parts. Novice operators as well as professional machinists get complete control—and satisfaction.
Moreover, what you want to see and do conveniently come together in a “single-mode operation”.
First, select one of three operation screens.
Then simply touch the screen or press a function key to see and do your job.
■Setup operations
■Trial/continuous cuts ■Programming ■Tool preparations
Fine tuning zone
Chatter graphed
Machining Navi L-g (Optional)
Cutting condition search for turning
■Chatter-free applications for lathesChatter in a lathe can be suppressed by changing spindle speeds to the ideal amplitude and wave cycle—without decreasing spindle speed.
Interactive operations Advanced One-Touch IGF-L (Optional)
Part program
Part shape Machining process
Autoprocessdecide
Processedit
Advancedrun
Part program create
13 14
Directly change cutting conditions foreach process with this process sheet
Tables make it easy to make mid-cycle orindividual process starts
Continuous run Mid-cycle start (finishing repeated)
Individual run (machining repeated with this tool only)
Hi-tech Okuma mechatronics for advancedmachining applications
Harmonic spindle speed control (Optional) Variable spindle speed threading (Optional)
Real 3-D simulation (Optional)Deep hole synchro tapping
Actual speed
Sp
ind
le s
pee
d
Commanded speed
Time
410
ø23
L/D = 18 is machined without steadyrest
Spindle override change
Chatter eliminatedChatter occursChatter eliminated from next cut
Solid view
Section view Transparent view
Am
ount
of r
elie
f
Dep
th o
f cut
Am
ount
of w
ithd
raw
l
Bottomface position
■ Reduce machining chatterHolds down machining chatter as spindle speed is periodically changed and resonance points change, when cutting large, thin workpieces or small-diameter, long workpieces.
■ Good threads from the first pieceFeed axis perfectly synchronized with changing spindle speeds. Thread pitch accuracy is maintained even if the spindle speed changes during threading. Cutting conditions without chatter can be found by using spindle override during threading.As a result, you get good quality screws from the first piece.
■ Easy programming of machining know-howCutting is divided into multiple cuts by simply designating depth of cut, amount of relief, and amount of withdrawl, and tool damage from chip clogging is prevented. In addition, if overload is detected during synchronized tapping, machine returns to machining start point with synchronized feed and stops with alarm.
■ Live-performance machiningIn all operating modes (auto, MDI, manual, etc), the cutting conditions are displayed in real time. Switching between solids, section views, transparent models, and performing machining simulation (dry runs with the machine locked) lets you check part program accuracy.
Returns to machining start point when totaldepth of cut reaches amount of withdrawl.
■ Part program createAfter simple cutting data inputs (interactively), the required machining processes are determined and a part program is created (automatically).
■ Advanced runTo run the machine directly from the interactive part program screen.When a problem is detected it can be quickly corrected and checked, speeding up first part machining.
N0100 G97 S413 M41 M03 M08N0101 G00 X108 Z105.2 T010101N0102 G96 S140N0103 G85 N0104 D8 F0.35 M85N0104 G83N0105 G01 X50.4 Z100N0106 X100 :
Chuck size
L250
290
330
ø55
MT 4
(dead center)
80
1,624
1,627 × 1,642
2,800
L250E
500
470
ø90
MT 5
(dead center)
100
1,569
2,081 × 1,550
3,800
–
2.2
–
ø200
165 (+100 to –65)
360 (0.001 increments)
M–V12 turret (VDI)
20 × 20
0.1
50 to 6,000
(standard radial mill/drill holder: 5,000)
Infinitely variable
C: 200
PREX 4.0/1.8 (25 min/cont)
ø450
–
107 to 4,500
Infinitely variable
JIS A2-6
ø66
ø100
–
–
–
–
–
12
ø32
X: 20, Z: 25
–
0.001~1,000.000
VAC 11/7.5 (30 min/cont)
–
3.0
–
0.8
OSP-P300L-R
ø220
160 (+110 to –50)
–
V12 turret
25 × 25
0.3
–
–
–
–
L200-M
225
245
–
–
–
1,624
1,752 × 1,642
2,800
L200E-M
380
400
ø90
MT 5
(dead center)
100
1,569
2,081 × 1,550
3,800
L200E-MY
380
400
ø55
MT 4
(dead center)
80
2,037
2,118 × 1,748
4,600
L400
ø310
500
220 (+155 to –65)
520
X: 20, Z: 25
MT 5
(dead center)
1,741
2,550 × 1,791
3,900
V12 turret
0.3
–
–
–
–
L300E-M
1,060
1,144
X/Z: 20
MT 4
(built-in center)
1,934
3,537 × 2,333
6,500
L300-MY
420
450
X: 20, Z: 25
MT 5
(dead center)
2,212
2,550 × 2,154
4,900
L300E-MY
1,020
1,074
X/Z: 20
MT 4
(built-in center)
2,487
3,537 × 2,536
7,500
L300-MW
–
1,852
3,300 × 1,856
5,300
L300-MYW
100 (+50 to -50)
2,210
3,300 × 2,238
6,200
460
520
100 to 6,000
Infinitely variable
ø140 flat
ø53
ø80
M–V12 turret (Radial)
45 to 6,000
X: 20, Z: 25
ø300
150
W: 25
–
–
–
VAC 7.5/5.5 (30 min/cont)
2.2
[ ]: Optional
L300-M
450
520
X: 20, Z: 25
MT 5
(dead center)
1,741
2,550 × 1,791
3,900
L400E
ø330
1,100
230 (+165 to –65)
1,144
X/Z: 20
MT 4
(built-in center)
1,934
3,537 × 2,333
6,500
–
–
–
–
–
–
–
80 (+30 to –50)
Y: 10
3.0
3.0
15 16
Machine Specifications
Item
Capacity
Travels
Spindle
Sub-spindle
Turret
Milling tool
Feedrates
Tailstock
Motors
Machine size
CNC
8-inch 10-inch
GENOS L250 GENOS L200-M GENOS L400 GENOS L300-M
ø520
ø340
235 (+170 to –65)
100 (+50 to -50)
Infinitely variable
Y: 10
2.8
ø90
100
360 (0.001 increments)
–
VDI:PREX 7.0/3.3 (30 min/cont) Radial:PREX 5.5/3.7 (2 min/cont) PREX 5.5/3.7 (2 min/cont)
3.0
C: 200
Y: 10
2.8
2.8–
12
45 to 4,500
25 to 3,000
Infinitely variable x 2 auto ranges (coil switching)
JIS A2-8
ø80
ø120
M–V12 turret (VDI) / M–V12 turret (Radial)
25 × 25
ø40
0.001~1,000.000
VAC 15/11 (30 min/cont)
3.5
OSP-P300L-R
235 (+150 to –85) 235 (+195 to –40)237 (+180 to –57)
–
–
–
–
–
–
Model name
Spec extension
Swing over bed
Max turning dia
Max work length
X axis
Z axis
Y axis
W axis
C axis
Spindle speed
Speed ranges
Spindle nose
Spindle bore dia
Front bearing dia
Spindle speed
Speed ranges
Spindle nose
Spindle bore dia
Front bearing dia
Type
No. of tools
OD tool shank
ID tool shank dia
Turret indexing time
Spindle speed
Speed range
Rapid traverse (X, Z)
Rapid traverse (Y)
Rapid traverse (W)
Rapid traverse (C)
Feedrate (X, Z, Y)
Tailstock quill diameter
Tapered bore type
Quill travel
Main spindle
Sub-spindle
Milling tool spindle
Axis drive (X)
Axis drive (Z)
Axis drive (Ys)
Axis drive (W)
Coolant pump motors
Height
Floor space
Weight (w/ CNC)
mm
mm
mm
mm
mm
mm
mm
deg
min-1
mm
mm
min-1
mm
mm
mm
mm
sec
min-1
m/min
m/min
m/min
min-1
mm/rev
mm
mm
kW
kW
kW
kW
kW
kW
kW
kW
mm
mm
kg
ø300
0.8
0.1
–
Built-in MT 4
Manualtow-along
Coolant system, work lamp, full enclosure shielding, jack screws, washers, hand tools
Door interlock, Lube monitor,Touch setter M (manual), Tailstock quill auto advance/retract with confirmation, coolant pump 0.8 kW
OSP-P300L-R
A2-8 25 to 3000 min-1 VAC 15/11 (30 min/cont)
VDI: 45 to 4,500 min-1 PREX 7/3.3 kW (30 min/cont)Radial: 45 to 6,000 min-1 PREX 5.5/3.7 kW (2 min/cont)
45 to 6,000 min-1 PREX 5.5/3.7 kW (2 min/cont)
L400Model
Specifications
Spindle
Sub Spindle
(30 min/cont)
Turret
Milling tool
Tailstock (Hydraulic)
• quill
Movable tailstock
Standard accessories
Standard specifications
CNC
C
V12
–
Dead MT 5
Manual
L400E
C
Built-in MT 4
Manualtow-along
L300-M
C
Dead MT 5
Manual
L300E-M L300-MY
C
Dead MT 5
Manual
L300E-MY
C
Built-in MT 4
Manualtow-along
L300-MW, MYW
ø140 flat 100 to 6,000 min-1
VAC 7.5/5.5 kW
M-V12 (Radial)
–
–
T
–
–
–
T
–
–
–
T
M-V12 (VDI) / M-V12 (Radial)
–
–
–
T
–
–
–
C
–
17 18
GENOS L250/L200-M
L250 L250E L200-M L200E-M L200E-MY
GENOS L400/L300-MMachine Specifications
Chucking / Tooling Kit Specifications
Model
Specifications
Spindle
Turret
Milling tool
Tailstock (Hydraulic)
• Dead quill
Standard accessories
Standard Specifications
CNC
Machine type
Hydraulic hollow chuck
Standard soft jaw A
Standard soft jaw B
Revolving center (MT 5)
Dead center (MT 4)
OD toolholder l
OD toolholder ll
OD toolholder A (VDI)
OD toolholder B (VDI)
OD toolholder C (VDI)
ID toolholder base H32
ID toolholder base H32 (VDI)
Boring bar sleeve 12-H32
Boring bar sleeve 16-H32
Boring bar sleeve 20-H32
Boring bar sleeve 25-H32
Drill sleeve MT2-H32
Drill sleeve MT3-H32
Radial drill / mill unit
Axial drill / mill unit
Dummy holder
T
–
–
V12
–
C
MT 5
T
–
–
T
–
–
C
MT 5
C
MT 4
A2-6 107 to 4500 min-1 VAC11/7.5 kW (30 min/cont)
Coolant system, work lamp, full enclosure shielding, jack screws, washers, hand tools
Door interlock, Lube monitor, Touch setter M (manual), Tailstock quill auto advance/retract with confirmation, coolant pump 0.8 kW
OSP-P300L-R
size
3 pcs/set
3 pcs/set
set
set
set
set
set
set
set
set
set
pc
pc
pc
pc
pc
pc
set
set
set
L250
–
–
–
–
–
–
–
–
–
L250E
1
–
–
–
–
–
–
–
–
L200-M*
–
–
–
–
–
–
L200E-M*
1
–
–
–
–
–
L200E-MY*
–
1
–
–
–
–
Chucking / Tooling Kit Specifications
Machine type
Hydraulic hollow chuck
Standard soft jaw A
Standard soft jaw B
Revolving center (MT 5)
Dead center (MT 4)
OD toolholder l
OD toolholder ll
OD toolholder l-S (radial)
OD toolholder ll-S (radial)
OD toolholder A (VDI)
OD toolholder B (VDI)
OD toolholder C (VDI)
ID toolholder base H40
ID toolholder base H40 (VDI)
ID toolholder base H40 (Radial for main)
ID toolholder base H40 (Radial for sub)
Boring bar sleeve 12-H40
Boring bar sleeve 16-H40
Boring bar sleeve 20-H40
Boring bar sleeve 25-H40
Boring bar sleeve 32-H40
Drill sleeve MT2-H40
Drill sleeve MT3-H40
Radial drill / mill unit
Axial drill / mill unit
Dummy holder
size
3 pcs/set
3 pcs/set
set
set
set
set
set
set
set
set
set
set
set
set
set
pc
pc
pc
pc
pc
pc
pc
set
set
set
L400
1
–
L400E
–
1
L300-M*1
1
–
L300E-M*1
–
1
L300-MY*1
1
–
L300E-MY*1
–
1
main 10" sub 6"
50 to 6000 min-1 PREX 4/1.8 kW (25 min/cont)
8"
1
1
2
2
2
2
1
4
–
–
2
2
1
–
3
2
2
2
2
1
–
–
3
10"
–
–
–
–
2
2
–
–
–
–
4
1
–
2
3
–
–
2
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
– – – –
2 –
–
4
–
–
–
–
–
–
1
2
2
1
3
–
–
1
1
–
3
* VDI tooling
*1. VDI tooling*2. Radial tooling
L300-MW, MYW*2
T: chuck work (without tailstock), C: shaft work (with tailstock), : include
T: chuck work (without tailstock), C: shaft work (with tailstock), : include
Machine Specifications
–
1
–
2
2
2
2
–
M-V12
19 20
Tooling System
GENOS L250/E, L400/E V12 turret tooling
GENOS L200/E-M, MY M-V12 turret (VDI) tooling
Tooling System
GENOS L300/E-M, MY M-V12 turret (VDI) tooling
GENOS L300/E-M, MY, MW, MYW M-V12 turret (Radial) tooling
Turning Mill/Drill
M-V12 turret(VDI)
OD-A (VDI) *
Drill sleeveDS MT 1-H40DS MT 2-H40DS MT 3-H40DS MT 4-H40
OD-B(for small diameters)
OD-C(axial facing)
Boring bar sleeveBS 8-H40BS 10-H40BS 12-H40BS 16-H40BS 20-H40BS 25-H40BS 32-H40
Axial mill/drill unit
Radial mill/drill unit
Dummy holder
ID-H40
(ER32- )
Collets
Commercially available items
Commercially available items
Turning Mill/Drill
Boring barø40
ø40
Boring bar ø40
Boring bar sleeveBS 8-H40BS 10-H40BS 12-H40BS 16-H40BS 20-H40BS 25-H40BS 32-H40
Drill sleeve
DS MT 1-H40DS MT 2-H40DS MT 3-H40DS MT 4-H40
OD- -S
ID-H40-S
Main
Sub
ID-I-S
OD- -S
M-V12 turret(Radial)
Axial mill/drill unit
Dummy holder
Radial mill/drill unit
(back application possible)
*1
*1 *1 *1
*1
*1
ID toolholder base, sleeve for oil-hole drill is available*1. OD tools can use 25 x 25mm toolholders.
ID toolholder base, sleeve for oil-hole drill is available*1. OD tools can use 25 x 25mm toolholders.
● Colletsø4, 5, 7, 8, 11, 12, 13, 14,
15, 16, 17, 18, 19, 20
OD-I
OD-II
ID Turning OD Turning
OD tool shank 25x25
Commercially available items
ID-H40 (H32)
Offset *ID H32
V12 turret
Boring bar sleeveø 8-H40 (H32) ø20-H40 (H32)ø10-H40 (H32) ø25-H40 (H32)ø12-H40 (H32) ø32-H40ø16-H40 (H32)
* ID toolholder base, sleeve for oil-hole drill is available
* ID toolholder base H32 is needed for L250/E V12 turret* ID toolholder base H40 is needed for L400/E V12 turret
Boring bar ø40(ø32)
* With L250 tailstock,offset ID H32 is used.H32 sleeves are alsonecessary.
MT 1-H40 (H32)MT 2-H40 (H32)MT 3-H40 (H32)MT 4-H40
Drill sleeve
M-V12 turret (VDI)
OD-A
Drill sleeveDS MT 1-H32DS MT 2-H32
OD-B(Small diameters)
OD-C(axial facing)
Boring bar sleeveBS 8-H32BS 10-H32BS 12-H32BS 16-H32BS 20-H32BS 25-H32
Dummy holder
ID-H32
Turning Mill/Drill
ID toolholder base, sleeve for oil-hole drill is available
Commercially available items
*1 *1
*1. OD tools can use 20 x 20mm toolholders.
Axial mill/drill unit
Radial mill/drill unit
Collets
(ER25- )
21 22
Working Ranges Working Ranges
ID ID
GENOS L250 V12 turretDirect tool shank
GENOS L250E V12 turretOD-I
GENOS L200-M M-V12 turret (VDI) GENOS L200E-M M-V12 turret (VDI)OD-A OD-A
Axial mill/drill unit
Radial mill/drill unit
Axial mill/drill unit
Radial mill/drill unit
10390
B-208A6
39
42330 (Z-axis travel)
427
180
160
(X-a
xis tr
avel)
110
ø210
5030
7
42 427
10391
B-208A6
39
330 (Z-axis travel) 180
160
(X-a
xis tr
avel)
115
ø210
4525
6
59242
115103
14565260 106.367.2 25652.2 131.3
100
39
160
8575
2730
18
470 (Z-axis travel)
(Sleeve travel)
320 (tailstock travel)B-208A6
(X-a
xis
trav
el)
ø210
MT No.5
Tailstock retractlimit
7
5518
0
3025
320
320 (tailstock travel)
59242116103 39
470 (Z-axis travel)
16011
545 (X
-axi
s tr
avel
)
ø210
260 172.565 14525758.5
B-208A6
Tailstock retractlimit
MT No.5
With centerremoved tailstock
6
ø32
180
8512
18
2532
0
B-208A6
245 (Z-axis travel)
(X-a
xis
trav
el)
103 39 42547117
100
65
155
25
165
25
ø210
42 40957442
127103
198 654270 106.3125.225 25652.2 131.3
100
39
16510
065
400 (Z-axis travel)
(Sleeve travel)
320 (tailstock travel)B-208A6
(X-a
xis
trav
el)
ø210
Tailstock advancelimit
MT No.5
5 42
18015
525
305
9
2 5622
5818 25
B-208A6
245 (Z-axis travel)39103
77.5
15
86.5
ø210
150
(X-a
xis
trav
el)
165
155
25
42 40957442
87.5 86.5103 39
400 (Z-axis travel)
165
(X-a
xis
trav
el)
ø210
180
12558
2592
155
96
305
Tailstock advancelimit
MT No.5
320 (tailstock travel)
198 271177 2525758.5
B-208A6 With centerremoved tailstock
198 654270 106.3143.2 25652.2 131.3
100
(Sleeve travel)
320 (tailstock travel)B-208A6
ø210
Tailstock advancelimit
57442
109 65103 39
180
125
155
35
30535
400 (Z-axis travel)
MT No.5
25
165
9
17 4122
5818
(X-a
xis
trav
el)
B-208A6
245(Z-axis travel)
(X-a
xis
trav
el)
39103
99
115
50
65
165
155
ø210
35
42 409
MT No.5
MT No.5
7
23 24
Working Ranges
ID
ID
OD-I
Direct tool shank
GENOS L400 V12 turret
GENOS L400E V12 turretAxial mill/drill unitY=0
OD-B
Radial mill/drill unitY=0
GENOS L200E-MY M-V12 turret (VDI)OD-A
22
425103 3920
198855725824 3076106725
25
38
12742 47
155
180
305
400 (Z-axis travel)
ø2
10 165
(X-a
xis
trav
el)
Tailstock retract limit
MT No.4
B-208A6 w/ Revolving center
125
2537
3
25
100
65
901114
.49.
6
ø210
165
(X-a
xis
trav
el)
103 3912742 400 (Z-axis travel)
B-208A6
134 512524
221 321 (tailstock travel) (Amount of tailstock advance)
(Sleeve travel)
101 74 15 3080 123
307680
106725
Tailstock retract limit5 (Amount of tailstock quill advance)
50 1379
49.6
14.4 95
70MT No.4
2525
3015
555
180
42520
47
305
11
25
ø210
103 3987.542 400 (Z-axis travel)
B-208A6
165
(X-a
xis
trav
el)
w/ Revolving center
22237.58557258 3076
106725
38 Tailstock retract limit
1512
305
125
155
150
253
901114.4
9.6
MT No.4
86.5
321 (tailstock travel)
(Amount of tailstock advance)
(Sleeve travel)
ø210
165
(X-a
xis
trav
el)
11
16 11749
.6
14.4
56
103 3910942 400 (Z-axis travel)
B-208A6
116 51 101 92 15 3080256
221 80
725
Tailstock retract limit5
(Amount of tailstock quill advance)
MT No.4
2515
511
510
180
65
141
3076
106
305
50
216
4014
022
18
1522015
565 Tailstock retract limit (X
-axi
s tr
avel
)
(Sleeve travel)
B-210A8
ø254
100
358 101 916
655.7
10255
113
629
43520 (Z-axis travel)
300 (tailstock travel)
3023
041
5
4120
33.7106.3
131.3
7
(Sleeve travel)
12255
7113
1,273
431,144 (Z-axis travel)
982.6131.3
230
65
98
10 32 57.7
39.7
Tailstock retract limit
MT No.4 (built-in type)
ø254 23
0130
100
(X-a
xis
trav
el)
B-210A8100
1,0041,323.7
880 (tailstock travel)
157
1518
2812 27
18
B-210A8
ø254
358 162 913916
762 25
10355
113
629
43520 (Z-axis travel)
787
300 (tailstock travel)
Tailstock retract limit
With center removed tailstock
22015
5
202
4765 (X-a
xis
trav
el)
3023
041
5
ø40
6
ø254
B-210A8880 (tailstock travel)
23016
565 (X
-axi
s tr
avel
)
12355
113
1,273
431,144 (Z-axis travel)
1,004
6
230
30
140
215
15
50
With center removed tailstock
Tailstock retract limit
MT No.4 (built-in type)
Working Ranges
OD-A
GENOS L300-M M-V12 turret (VDI)
5755
113
631
43520 (Z-axis travel)
OD-A
GENOS L300E-M M-V12 turret (VDI)
185
60 395
Tailstock retract limit
7 47
MT No.523515
0 110
206
85 (X-a
xis
trav
el)
(Sleeve travel)
B-210A8
ø254
100
92 50170
655.7
1845284
148
45
15
130 78.7 9106.316
131.3
300 (tailstock travel)
18(Sleeve travel)
B-210A8 100831
1,323.7 131.3
880 (tailstock travel)
7755
113
1,275
431,144 (Z-axis travel)
80
18 22
Tailstock retractlimit
MT No.4(built-in type)
ø254 23
5150
85
110
842
4015
1525
20(X-a
xis
trav
el)
982.6102.7936040
7 47
395
185
60
39.7
Axial mill/drill unit
185
395
235
210 11
020
897 80
1725
(X-a
xis
trav
el)
B-210A8
ø254
170
1655
95113
631
43520 (Z-axis travel)
2522613020020
787
300 (tailstock travel) 916
Tailstock retract limit
With centerremoved tailstock
MT No.5
Axial mill/drill unit
395
185
3655
95113
1,275
431,144 (Z-axis travel)
B-210A8
ø254
831982.61,363.4
1,455
880 (tailstock travel)
120 183.4936040
Tailstock retractlimit
With centerremoved tailstock
MT No.4(built-in type)
Radial mill/drill unit
235
210
25
(X-a
xis
trav
el)
110
862
4015
1745
Radial mill/drill unit
185
70 395
20110
4155
70113
631
43520 (Z-axis travel)
6155
113 43
Tailstock retract limit
MT No.5
B-210A8
23514
095 (X
-axi
s tr
avel
)
(Sleeve travel)
ø254
100
94.7130170 20020
9106.316
655.7 131.3
300 (tailstock travel)
978
8710
23514
095 (X-a
xis
trav
el)
701,275
1,144 (Z-axis travel)
395
185
70
Tailstock retractlimit
MT No.4(built-in type)
ø254
(Sleeve travel)
B-210A8 100831 982.6118.7936040
1,323.7 131.3
880 (tailstock travel)
80
18 22
39.7
110
842
4015
2515
20
26
Working Ranges
OD-A
B-210A8
450 (Z-axis travel)
113 43
9760155
2424
2216
5
165
5
143
27ø254
GENOS L300-MY M-V12 turret (VDI)
100 (Sleeve travel)
78725106.3108.7134.7465841123.3
2225
296 (tailstock travel) Tailstock retract limit
OD-A
105.7101.3533
25
7 47
(X-a
xis
trav
el)
235
185
118
3030
52
170
65
MT No.5
GENOS L300E-MY M-V12 turret (VDI)
235 17
065
97
1,22555
748.5100113 43 182.7
1,074 (Z-axis travel)
890 (tailstock travel) (Sleeve travel)
B-210A8
ø254
(X-a
xis
trav
el)
7 47
230
185
25
3030
82.8
MT No.4(built-in type)
Tailstockretract limit
118
39
1516 47
10156.7663947
15 10115.5
17 26
OD-B OD-B
B-210A8
113 43
3065
18597 747
55
25
601450 (Z-axis travel)
235
135
100
(X-a
xis
trave
l)
MT No.5
ø254
123.3 41
118
17 86
104
143
165
2224
24
Tailstock retract limit
58 46 106.3108.7128.7
622 25
25787
100 (Sleeve travel)
105.7101.3 335
296 (tailstock travel)
B-210A8
(Sleeve travel)
ø254
9755 1,225
1,074 (Z-axis travel)
182.7 100113 43 82.839.5
748.5 47890 (tailstock travel)
Tailstockretract limit
MT No.4(built-in type)
23513
510
0
(X-a
xis
trav
el)
7
185
230
6530
10113
10
56.7115.539 53
4725
105
4739
131516
152617
Axial mill/drill unit Axial mill/drill unit
450 (Z-axis travel)56 9560155
B-210A8
165
65
143
87
118
112
2424
2216
5
787
13154584122 25 21
229 150113 43
296 (tailstock travel)
(Sleeve travel)
100
MT No.5
ø254
Tailstock retract limit
185
(X-a
xis
trav
el)
235
230
5
230
185
56
1,225
95
55
65
1,074 (Z-axis travel)
133
3916
47
198.747 3982.8
17 26 29
MT No.4(built-in type)
Tailstockretract limit
B-210A8
235
230
5
916100182.7 890 (tailstock travel)
(Sleeve travel)
ø254 (X
-axi
s tr
avel
)
113 43
Radial mill/drill unit Radial mill/drill unit
185450 (Z-axis travel)81 70
60155
(X-a
xis
trav
el)
23516
075
70
(Sleeve travel)100101.3 33 121.7
B-210A8
MT No.5
787
22 25
ø254
296 (tailstock travel)
25106.3124.74641 58 150.7107.3113 43
2424Tailstock retract limit
118
42
5
143
17
165
22
B-210A8
81
1,22555
1,074 (Z-axis travel)
732.5100182.7 890 (tailstock travel)
(Sleeve travel)
ø254
113 43
230
18570
235 16
075
118
39
1516 47
6570
(X-a
xis
trav
el)
101178247 39 56.7115.5
82.8
152617
MT No.4(built-in type)
Tailstockretract limit
GENOS L300-M M-V12 turret (Radial)
Axial mill/drill unit
Radial mill/drill unit
OD-I
Working Ranges
GENOS L300E-M M-V12 turret (Radial)
Axial mill/drill unit
Radial mill/drill unit
OD-I
(Sleeve travel)100
3075
890 (tailstock travel)
ø254 ø1
00235 15
0 107
1515 3 13
354085(X-a
xis
trav
el)
1,113
1,050 (Z-axis travel)
7
26100 246
63113 43 5
170
275
425
338.7
1,328.7
790 3530 22
1315
50 55 40126 82.694.7B-210A8
39.7
5
7
ø254
ø7923
5
8515
0
138
1212 18
6.5
4.5
22
(X-a
xis
trav
el)
505460 (Z-axis travel)
5545
100 246
113 43
425B-210A8
3075
170
275
5
726
100 296 (tailstock travel)260 8141
656
259 22 31 32 53512 10 10 7
11
(Sleeve travel)
26
296 (tailstock travel)
With centerremoved tailstock
ø254
3724
042
5
466.3762.3
425 35
235
185
5020
035
(X-a
xis
trav
el)
B-210A8
460 (Z-axis travel)48255
22
56100 246
113 43
ø254
3724
042
5
1,0905556
100 246
113 4340
ø100
ø110
890 (tailstock travel)438.7
1,328.7
1,005 45 238.7 35 87.2
B-210A8
235
185
50(X-a
xis
trav
el)
190
45
1,050 (Z-axis travel)
55
25
296 (tailstock travel)(Sleeve travel)
ø254
ø79
235
(X-a
xis
trav
el)
65
200
1124
188
47
425
237
6717
0
460 (Z-axis travel)55
113128
538 50100 246
260 100
380
11
2445
41 81
656
B-210A8
(Sleeve travel)100
ø100
6567
170
237
425
890 (tailstock travel)
ø254
235
3170 10
16
108
(X-a
xis
trav
el)
338.7857 58 93 25
17
82.6
5
39.71,328.7
B-210A8
1,196
1,050 (Z-axis travel)
55100 246
146113 43 5043
27
Working Ranges
GENOS L300-MW M-V12 turret (Radial) GENOS L300-MYW M-V12 turret (Radial)OD-I-SOD-I-S
B-206-01
460 (Z-axis travel)7
26
7126113
55 795
1664543
100538
455
170
10570
180
35
180
57
210
27
B-210A8
ø254
ø16
9
460 (Z-axis travel)
520 (W-axis travel)199 76
124
53
166
27329
237
(X-a
xis
trav
el)
30
187
460 (Z-axis travel)113 1267 7
55
23
795
166
88
516 267
170100
520 (W-axis travel)199
460 (Z-axis travel)325
166
ø254
B-210A826
470
105
235
(X-a
xis tr
avel)
228
195
3570
3 404
76 53
29108 27
146
B-206-01
ø16
9
B-206-01
460 (Z-axis travel)
55 795
5622100538
455
170
70
Axial mill/drill unit Axial mill/drill unit
ø16
9
210
27
215
22
113 43
237
(X-a
xis
trav
el)
B-210A8
460 (Z-axis travel)
520 (W-axis travel)199 76
313
53
27329
5ø254
187
235
(X-a
xis tr
avel) 47
0
170
70
460 (Z-axis travel)113
55 795 88
5643
100 267516
B-210A8
169
B-206-01
460 (Z-axis travel)
520 (W-axis travel)199 76
335
53
325 108 27
29
523
04
322
8
ø254
ø
ø16
9
210
27
218
19
B-206-01
460 (Z-axis travel)113
55 795
20712843
100538
50
455
170
67
237
(X-a
xis
trav
el)
8
Radial mill/drill unit Radial mill/drill unit
B-210A8
460 (Z-axis travel)
520 (W-axis travel)199 76
207
53
273 18729
ø254
460 (Z-axis travel)113
55 795
10643
516
B-210A8
169
B-206-01
460 (Z-axis travel)
520 (W-axis travel) 76
229
325 108 27
53
29
ø254
ø
199
228
100 26788
50
470
170
67
43 23
5 (X
-axis
trav
el)2
233
28
GENOS L300-MY M-V12 turret (Radial)
Axial mill/drill unit
Radial mill/drill unit
OD-I
Working Ranges
Axial mill/drill unit
Radial mill/drill unit
890 (tailstock travel)
ø254 ø1
00ø1
10
235
(X-a
xis
trav
el)
1,074 (Z-axis travel)55 56 100 267113 43
3724
047
0
438.7 87.239.7
1,328.7
B-210A8
296 (tailstock travel)
ø254
ø79
235
(X-a
xis
trav
el)
450 (Z-axis travel)
56
100 267113 43
3724
047
0
360 8141656
B-210A8
296 (tailstock travel)(Sleeve travel)
ø254
ø79
235
(X-a
xis
trav
el)
6515
020
5015
233
2
470
237
6717
0
450 (Z-axis travel)55
113 43106
506 50100 267
260 100
521
15 15
5
41 81
656
B-210A8
(Sleeve travel)100
6567
890 (tailstock travel)
ø254 ø1
00
ø110
235
233
2 1550
2015
0
(X-a
xis
trav
el)
1,1301,074 (Z-axis travel)
55 100 267106113 43 50
170
237
470
338.782.6153.7
1,328.7
1,039 15
15
5B-210A8
39.7
55
GENOS L300E-MY M-V12 turret (Radial)OD-I
ø100
3075
1,097
1,074 (Z-axis travel)
55 726100 267
23
113 43
170
275
470
5
(Sleeve travel)100 890 (tailstock travel)
ø254 23
5
195 15
328 28
19
740
(X-a
xis
trav
el)
338.7
1,328.7
967 56 57
39142 82.694.7B-210A8
39.7296 (tailstock travel)
ø254
ø79
235 19
540
183
117
2212
(X-a
xis
trav
el)
473450 (Z-axis travel)
5523
100 267
113 43
470
260 8141
656
350 3412 10
34 3
B-210A8
3075
170
275
5
5
726
(Sleeve travel)100
7
29 30
Tool Interference Drawings
GENOS L300-MY/E-MY M-V12 turret (VDI)GENOS L300-M/E-M M-V12 turret (VDI)( ) for L300E-M
Tool Interference Drawings
GENOS L400E V12 turretGENOS L250/E V12 turret
GENOS L200-M/E-M M-V12 turret (VDI) GENOS L200E-MY M-V12 turret (VDI)
Tool Interference Drawings
33 30 460 30 230 X-axis travel230 230
ø24525 255.1 Clearence
165 65
OD-II
OD-I
4.6 Clearence
4 Clearence
ø220
Max
turn
ing
dia
ø330
102
ø220
ø40
5151
102
25
ø240
25
7
ø610 Max tool swing
3035
ID
Max turning dia ø220
ø175
Max tool swing ø470
ID H32
OD-I
OD-II
ø32
2525
ø195
ø185
ø170
3025
90
407
180 180 110 50
12.2
17.2
360 30320
2525
160 X-axis travel
OD-B
OD-A
ø216ø162
ø174ø114
ø170ø126
ø160
ø138
155
ø152
ø170145.3
2525
180
ø360
ø137ø130
Max turning dia ø200
Max tool swing ø480
ø32
Spindle center
100165 X-axis travel50155
65305
5525 ø189
MAX 43.5
MAX ø
13
ø166
ø130
ø32
Spindle center
Radial mill/drill unit
Axial mill/drill unit
ø360
OD-Cø190ø140
ø13
ø13
ø166
ø138
ø170 ø126
ø122
ø140ø116
AX 43.5
MAX
43.
5
ø30
ø77
ø130
ID
145.3
Max tool swing ø480
65165 X-axis travel85155
100305
ø32
ø32
ø142
ø118
ø80
ø120
M
Max turning dia ø140
OD-B
Max tool swing ø480
Max turning dia ø200
ø170
ø170
ø125
ø135
ø215
ø174
ø130
ø168
OD-A
Spindle center
ø32
ø135
65100
15
165 X-axis travel155 50
25 25
305
15.9
12.2
50
50
Max tool swing ø480
Max swing dia ø220Axial mill/drill unit
Max swing dia ø230ID toolholder bace
Spindle center
ø32
ø265
ø80ø122
ø80
ø118
ø13011535
119.530.5
15
165 X-axis travel155
305
15.9
12.2
50
50
GENOS L400 V12 turret
220 X-axis travel33 30 460 30230 230
25 25155 65
OD-I ø245
102
ø220
ø40
5151
ø220
Max
turn
ing
dia
ø310
102
25
ø240
ø245 25
ø610 Max tool swing
OD-II
ID
3035
395
85
36.1(32.5)
150
185
3030
36.5
(33.
4)
ø206
ø166
ø134
ø655
Max tool s
wing
Max turning dia ø300
ø155ø184
ø193
ø232
ø144
ø40ø254
ø177
235 X-axis travel
36.5
(33.
4)
235 X-axis travel
Max tool swing ø655
ø110
ø310
ø170
ø100
ø280
ø150
ø20
ø20
395
210
2565
185
Max swing dia ø340ID tool holder base
Max swing dia ø330Axial mill/drill unit
36.1(32.5)
Max turning diaø155
ø254
ø144
ø177
ø206
ø184
ø193
ø232
55
ø340
Spindle centerMax tool swing
ø655
185 60415
170
65
65
161.
4
ø134
ø166
655
3030235 X-axis travel
ø100
65
161.4
195.5190
65
40
ø20
ø90
ø110
ø170
ø20
ø280
ø310ø655
55
ø150 Max swing dia ø380
Max swing dia ø370
ID tool holder base
Max tool swing
Spindle center
Axial mill/drill unit
415 5185 235 X-axis travel
34.5
31 32
Tool Interference Drawings
GENOS L300-MYW M-V12 turret (Radial)
GENOS L300-MW M-V12 turret (Radial)
Max tool swing
195
285
3.8
9042
77 29
170
ø200ø220
ø174
ø185
ø205
ø235
ø185
ø20
ø235
ø20
ø220
ø195ø220
70
55
50 ø610
ø215
ø215
ø20
65
67
ø215
ø40
Spindle center
ID
OD II
Radial mill/drill holder
Axial mill/drill holder
ø300
Max tur
ning d
ia
ø180ø170
ø215ø185ø165
ID I-S
ø235
ø165
ø165
Max tool swing
90 29
77
1705055
5529
ø215
ø235ø20
ø20ø215
ø175
ø610
ø215
ø20
6567
ø40Spindle center
OD II
OD I Radial mill/drill holder
Axial mill/drill holder
ø300
Max turn
ing dia
ø235
ø235ø215
ø190
132
ID I-S
105
35
70 70
Max tool swing
210
300
9025
7729
170
ø220
ø175
ø190
ø205
ø235
ø185
ø20
ø235
ø20
ø220
ø195ø220
70
ø610
ø215
ø215
ø20
65
67
ø215
ø40
Spindle center
ID
OD II
Radial mill/drill holder
Axial mill/drill holder
ø380
ø180ø170
ø215ø185ø170
ID I-S
Main Sub
237 X-axis travel237 X-axis travel
237 X-axis travel237 X-axis travel
235 X-axis travel235 X-axis travel
ø200
1,00
062
4
1,62
4
700
(1,0
00)
958
(1,5
09)
595
362
236
1,28
0
8851,717
1,500 768 (1,021)
917
(1,4
61)
700
(1,0
00)
3621,280
1,642
595
362
239
1,28
0
550
1,00
062
4
700
(1,0
00)
958
(1,5
09)
8851,034 [1,334]1,752
1,62
429
6
1,500 768 (1,021)
917
(1,4
61)
700
(1,0
00)
3621,280
1,642
1,034 [1,334]
32
32
GENOS L250
GENOS L200-M
Operation panel maintenance space
Operation panel maintenance space
NC
Lube tank
Maintenancespace
NC
Lube tank
Dimensional Drawings
Hydraulic unit
Operation panel
Hydraulic unit
Operation panel
Power inlet(Ceiling)
Power inlet(Ceiling)
Coolant pump
Coolant pump
Chip conveyor(option)
(option)Chip bucket
Chip conveyor(option)
(option)
Chip bucket
Chip conveyor(option)
(option)
Chip bucketChip conveyor
(option)
(option)
Chip bucket
Space for chip conveyor removal Space for chip conveyor removal
Space for chip conveyor removal Space for chip conveyor removal
( ) dimensions for H chip conveyor
500
Status indicator
Maintenancespace
500
Status indicator
OD IRadial mill/drill holder
Sub-spindle side tool extension limit (length limit)The length of sub-spindle side tool extension is limited because of interference with the turret black oxide coat cover.Limit: 75 mm from the datum clamp face of the turret disc back end face holder.
2940 195
235 X-axis travel
ø350
Max tur
ning d
ia
ID I-S
215
55
190
215
50
Axial mill/drill holder
OD II
ø20
235
170
29
215235
90
230
205ø610
Max tool sw
ing
13265
67
175
Spindle centerø4
0
235
165ø20
17021
5235
357010
5
NC
34
GENOS L200E-MY
Dimensional Drawings
( ) dimensions for H chip conveyor
Dimensional Drawings
( ) dimensions for H chip conveyor
GENOS L400/L300-M
GENOS L400E/L300E-M
GENOS L250E/L200E-M
33
680 270 50550
1,500 768 (1,021)
917
(1,4
61)
700
(1,0
00)
1,550
1,1001,029 [1,269]
2,081
31
Operation panel maintenance space
Lube tank
Chip conveyor(option)
(option)
Chip bucket
Space for chip conveyor removalSpace for chip conveyor removal
Maintenancespace
500
595
320
636
1,23
0
700
(1,0
00)
954
(1,5
05)
NC
Operation panel
Hydraulic unit
Power inlet(Ceiling)
Coolant pump
Chip conveyor(option)
(option)
Chip bucket
Status indicator
1,00
056
9
1,56
9
1,55
429
6
595
420
653
1,23
0
Hydraulic unit
Coolant pumpControl cabinetdoor space
Operation panelmaintenance space
NC440
(option)
Chip bucket
Chip conveyor
(option)
(option)Chip conveyor
Operation panel
1,74
8
Power inlet(Ceiling)
Status indicator
2,1181,1001029
Lube tank
Space for chip conveyor removalSpace for chip conveyor removal
1,5881,500 770(1,023)
(1,269)358
954
[1,5
05]
700
[1,0
00]
Maintenancespace
500
Chip bucket(option)
502
1,00
053
5
2,03
7
917
(1,4
61)
700
(1,0
00)
Space for chip conveyor removal
1,750 718 (1,171)
(option)
Chip bucket(option)
Chip conveyor
1,74
1
1,781340 30860552
1,06
068
1
917
(1,4
61)
700
(1,0
00)
1,41
138
075
864
1
1,79
1
Hydraulic unit
Power inlet(Ceiling)
Status indicator
Operation panel
2,550
3,241 (3,494)
1,140961 (1,214)
Lube tank
Chip conveyor(option)
(option)Chip bucket
Space for chip conveyor removal
954
[1,5
04]
700
[1,0
00]
Maintenancespace
500
270
Status indicator
Operation panel
1,41
192
243
775
8
2,33
3
28°15°
Hydraulic unit
Power inlet(Ceiling)
Chip conveyor(option)
(option)Chip bucket
NC
2,3334271,906
495
1,93
4
864
1,07
0
2,060774 (1,027)3,537Lube tankSpace for chip conveyor removal4,371 (4,624)
Maintenancespace
500
966
[1,5
16]
700
[1,0
00]
35 36
Dimensional DrawingsDimensional DrawingsPower inlet
( ) dimensions for H chip conveyor ( ) dimensions for H chip conveyor
543
758
1,61
1
NC
Hydraulic unit
Power inlet(Ceiling)
Operation panel
(option)Chip conveyor
Status indicator
Chip conveyor(option)
GENOS L300-MY
1,93
9
2,133718 (1,171)1,9505221,611
Chip bucket(option)
Space for chipconveyor removal
1,06
02,
212
961 (1,214) 1,1402,550
3,241 (3,694)
Lube tank
(option)Chip bucket
Space for chipconveyor removalMaintenance
space
500
270
917
(1,4
61)
700
(1,0
00)
1,15
2
956
[1,5
05]
700
[1,0
00]
GENOS L300E-MY
Operation panel
(option)Chip conveyor
1,61
192
547
0
390
758
2,14
6
Hydraulic unitPower inlet(Ceiling)
Control cabinetdoor space
Operation panelmaintenance space
NC
Maintenancespace
5002,146 390851,060551 450
Lube tank
1,50
024
9
1,07
01,
417
2,48
7
3,5372,971216 774 (1,027)350
Space for chipconveyor removal
966
[1,5
16]
700
[1,0
00]
2,060
(option)Chip bucket
Lube tank
Space for chipconveyor removal Maintenance
space
500
270
917
(1,4
61)
700
(1,0
00)
GENOS L300-MW
860552 340 30
1,781 3,3001,750 718 (1,171)
(option)
Chip bucket(option)
Chip conveyor
4,040 (4,493)
1,85
2
NC
Hydraulic unit
Operation panel (option)Chip conveyor
(option)Chip bucket
Status indicator
(Ceiling)
758
627
1,85
6
665
194
445
552
Space for chipconveyor removal
974
[1,5
24]
700
[1,0
00]
950 (1,403) 1,690
543
1,62
0
654
GENOS L300-MYW
Hydraulic unit
Power inlet(Ceiling)
NC
Space for chipconveyor removal
1,93
9 2,21
0
2,239711(974)
917
(1,4
61)
700
(1,0
00)
3,300563 1,397 279
Chip conveyor(option)
Chip bucket(option)
Space for chipconveyor removal
929 (1,172) 1,7002000
Status indicator
Operation panel
Chip conveyor
(option)
(option)
Chip bucket
924
[1,4
66]
700
[1,0
00]
Status indicator
37 38
OSP-P300L-ROkuma Sampling Path Control
Optional Specifications
Programing
Sub-programming, function operations, logic operations I/O variables can be used(each 8 points)Add roughing conditions to finish programs for roughing to finish work optimized cutting bymatching the best cutting mode with the material shapeInch, metric switching possible Via parametersThreading possible along arc traces
96 sets 200 sets (Standard 32 sets) 96 sets 200 sets (Standard 32 sets)
Programming possible by changing X, C-axes to X, Y-axis rectangular coordinate systemProgramming X, C-axis lines as straight flat surfaces is easyQuick and simple: even operations without any NC knowledge can input a few keystrokes and beprogramming in on timeRealistic 3D simulated test cutReal time simulation of all machining modes
User task 2Automatic programming (LAP4)
Inch/metric switchingArc threadingTool offset compensationTool wear compensationCoordinate switching (multi-machining)Work generation (multi-machining)Advance One touch IGF-L
Real 3-D simulation
TE TDKit
TEX
Monitoring
Automatic operation, work completion, alarm conditions displayed with a 3-color (A-type) signaltowerDisplay of cutting, operation, spindle speed, etc., on the LED; workpiece count-upCounts M30 occurrences (displayed on the LED): alarm-stop at count-upAutomatically calculates workpieces and cutting time, rotates a spare tool in when the set valuefor the tool life has been reachedLoad conditions are monitored and X, Z-axis and the spindle stop with an alarmAn alarm occurs after the completion of a set cycleEthernet part program transfersPersonal computer DNC: Work program transfer, etc.Cutting condition search for turning
Condition display
NC operation monitorNC work counterTool life management
Load monitorCycle time over checkDNC-T1DNC-T*Machining Navi L-g
Automated Unattended Operation
High/low switching via M-codesHigh/low tailstock quill thrust switching with M-codesAuto door open/close via M-codes (w/ interlock ON/OFF switch)An air blower is applied to the chuck area and the tailstock center via M-codes
2 sets 4 setsPower supply is shut off automatically according to M30 and alarm conditionsPossible to ignore a various of answers with M-codes
Chuck open/close during spindle rotation Auto tailstock quill thrust during spindle rotation Bar feeder interface Loader interface OSP-VPS (Virus Protection System)
Chuck pressure switchingTailstock quill pressure switchingAuto door open/closeAir cleanerExtra M-codesAuto power shut-offCycle time reductionOther*
* Need to discuss with sales engineer Multi-machining Corresponding Kit Corresponding
Gauging
Auto work gauging/compensationTouch setter tool tip
Standard Specifications
Features
X, Z simultaneous 2-axis running, X, Z, C simultaneous 3-axis multi-processingFull range absolute position (zero point return not required)N4.G3, X+53, Z+53, I+53, K+53, F+53, S4, T6, M3RS-232C interface, 1 channelAuto ISO/EIA code recognition, absolute, incremental or bothX-axis: 1m(dia) Z-axis: 1m C-axis: 0.001°8-digit decimal, ±99999.999mmFreely selectable: 1µm, 10µm, 1mm1µm, 10µm, 1mm incrementsFeedrates are listed in the machine specs; override: 0~200%, dwell: 0.01~99999.99 sec.Tool selection: 8/12 sets, tool offset(compensation): 32 sets, max compensation value: 99999.999 mm Autotool compensation: calculated from manually input wear and tear measurement valuesDirect spindle speed commands (S4), fixed cutting speedSpindle speed override (50~200%), optimum turning speed designationDirect motor speed input15” Color display panel, touch panel.Spindle (inching, CW, CCW), tool rotation, pulse handle, X/Z-axis manual feedProgram writing, editing during workAutomatic diagnostics and display of program, operation, machine and NC system problemsSafety function to interlock machine movement when the door is opened or closedInstant detection of machine collision to reduce machine damageCalculates of the speed control and torque properties of a motor for high-speed, high-stability positioningExtremely accurate deformation controlBuffer resister, zero offset, tool interference, software limit, chuck barrier, turret barrier, droop control, singleblock machine lock, block delete, optional stop, dry-run, stroke end-limit cancel, etc.
Axis controlPosition feedbackTape formatRS-232C interfaceProgrammingMin command unitsMax command unitsProgrammable unitsDecimal point dataFeedrates feedTooling
Spindle VAC motor operation
M-spindle motor operation (multi-machining)DisplayManual operationMultitaskingSelf-diagnosticsDoor interlockNC torque limiterHi-G controlThermal deformation preventionOther
Operation
Featuring easy-to-manipulate screen windows, Pop-up function displays, Quick closing windows.Cursor advances to a specified sequence number in the selected programRestart from an interrupted sequenceManual operation during automatic operation; return to interrupt pointSlide hold during threading (optional for G34/G35 non-fixed cycles)Two programs can be edited simultaneously on one screen.Tapeless operation: Program storage capacity: 2GB, Operation backup capacity: 2MBAlarm help, G/M-code help, variable help, operation help, diagram displayDisplay of PLC ladder drawings and PLC data
OSP-Win 7Sequence number searchSequence restartManual interrupt/auto returnThreading slide holdProgrammingMemory operation*Useful helpPLC monitor
Programming Function
Auto compensation for nose R dimension errors including arbitrary shapes and arcsCircular interpolation by ordering the radius L and end points X and ZSimple programming of arbitrary angle chamfers (C, R)Taper interpolation by designating either the X or Z-axis and the starting point angleBoth mm/rev and mm/min feedrate units are possibleNon-stop operation possible by setting the sequence order of several work programsProgram zero point offsets are possibleThread lead: 0.001~1000.000mm; possible to set the threading lead pitchChamfering on/off, fix cycle threading, non-fixed threading cycle (the thread lead indicates the CNC limit value,the max thread lead differs per machine specification)Threading cycle, grooving cycle, drilling cycleDrill, deep-hole drilling, boring, tappingGOTO, IF statements, arithmetic, common variable, local variable, system operation variablesComments can be added to programs
Nose R compensationArc radius designationArbitrary angle chamferingTaper angle designationmm/min (ipm) programmingProgram scheduleZero offsets via G-codesThreading
Custom fixed cycleFixed drilling cycle (multi-machining)User task 1Program notes
Output Management Function
Finished work list, operation results and alarm recordsOutput above items to a USB port.
DisplayExternal output
Integral ExternalAutomatic
Name Description Name Description
Europark Fichtenhain A20
47807 Krefeld
Tel.: +49 (0)2151-374-0
Fax: +49 (0)2151-374100
OKUMA Europe GmbH
GENOS Global
Efficient
No.1
Standard
The origin of gene, from Greek genos
meaning race, offspring, origin
(pronounced “ ” as in “generous”)
● The specifications, illustrations, and descriptions in this brochure vary in different markets and are subject to change without notice. Consult your local Okuma representative for specific end-user requirements.
Pub No. OEG-GENOS-L-E-(7a)-300 (Mar 2015)Printed in Japan
When using Okuma products, always read the safety precautionsmentioned in the instruction manual and attached to the product.