GENOS L Series

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GENOS L Series

GENOS series

1-Saddle CNC Lathes

GENOS L250/L200-M

GENOS L400/L300-M


1-Saddle CNC Lathes

GENOS L250/L200-M

GENOS L400/L300-M

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.

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 2


Abundant spec variations available to match

your specific application requirements

Diverse specification line-up contributes to increasing users’ productivity

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.

■ Model specifications

Model

Spindle

Maximum

machining

length

Multitasking

(M specs)

Optional specs

(“ ” items available)

Y axis

Sub-spindle

(W axis) Y+W axis

GENOS L250

GENOS L200-M

GENOS L400

GENOS L300-M

A2-6

11/7.5 kW

A2-8

15/11 kW

290/500

225/380

500/1,100

450/1,060

No

Yes

No

Yes



* 1 —



* 2 —



* 2

*1. Max machining length becomes 420/1,020 mm

*2. Max machining length becomes 150 mm

3

■ Basic structure for

Y-axis specs

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).

-X axis+

+Y axis-

-X axis+

Ys axis

4

• Travels

GENOS L200-MY: 80 mm

(+30 to -50)

GENOS L300-MY, MYW: 100 mm

(+50 to -50)

Standard, M, MW specs

MY, MYW specs

■ With the GENOS L series you can machine workpieces like these.


Easy to use, simple machine structure

■ Turret

■ Main spindle

High speed, high rigidity gearless spindle minimizes

vibration and heat.

High speed, high rigidity

gearless spindle

High power, high torque,

compact multitasking turret

V12 NC turret

■ Multitasking turret

Compact milling spindle uses high power, high torque

PREX motor for much faster multitasking operations.

5 6

■ Sub-spindle

With 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).

Long service life, minimal

thermal defomation bed

GENOS L200-MY illustration

■ Tailstock

Low center height, high stabilty Hydraulic tailstock.

M-V12 NC turret (VDI)

GENOS L300-MW, MYW

GENOS L400 MT 5 (dead center)

M-V12 NC turret (Radial)


Machine Capacity and accuracy

Turning capacity [actual data]

Spindle torque/output diagrams

GENOS L400 (Material: S45C)

OD heavy cut

Cutting speed

Cutting depth

Feedrate

3.0 mm 2

120 m/min

6.0 mm

0.50 mm/rev

Milling capacity [actual data]

GENOS L200-M (Material: S45C)

Chip volume

Cutting speed

Tool

Cutting depth × width

Feedrate

96 cm 3 /min

135 m/min

ø12 6-flutes endmill

18.0 mm × 2.5 mm

0.60 mm/rev

Drilling

Cutting speed

Tool

Feedrate

ø50

150 m/min

ø50 insert drill

0.15 mm/rev

■ Main spindle

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

■ Sub-spindle specs

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

7

ø80 spindle specs (GENOS L300-MW, MYW)


Spindle speed: 6,000 min

GENOS L300-M (Material: S45C)

-1

Output: VAC 7.5/5.5 kW (30 min/cont)

8

Torque: 48 N·m

Chip volume 142 cm 3 /min

Drilling

ø16

Cutting speed

Tool

Cutting depth × width

Feedrate

135 m/min

ø16 6-flutes endmill

20.0 mm × 4.0 mm

0.60 mm/rev

Turning accuracy [actual data]

Drilling

Cutting speed

Tool

Feedrate

Cutting speed

Tool

Feedrate

ø13

120 m/min

ø13 insert drill

0.34 mm/rev

135 m/min

ø16 insert drill

0.3 mm/rev

Torque

100

50

20

10

N·m 5

Torque

200

100

50

20

N·m10

5

93 N·m

63 N·m

107

Spindle speed min -1

48 N·m (30 min)

35 N·m (cont)

11 kW [30 min]

7.5 kW [cont]

1,131

7.5 kW (30 min)

5.5 kW (cont)

4,500

50 100 500 1,000 4,0006,000

10

1

11

10

5

2

Output

1 kW

0.5

Output

kW

500

300

200

Torque

N·m

571 N·m

419 N·m

20

229 N·m 15 kW [30 min]

168 N·m 11 kW [cont]

15

251 627 10

kW

25 200 600 3000

Output

GENOS L300-MW

Roundness 0.42 µm

180

90

270

10 µm

×1,000

0

Tool nose uniformity*

Rz : 0.58 µm Ra : 0.08 µm

Roughness (ver mag : ×10,000.00

µm

hor mag : ×100.00)

2.0

Tool

1.0

0.0

-1.0

Spindle speed

Feedrate

-2.0

0 0.50 mm

* Better surface roughness

The “actual data” referred to above for this brochure represent examples, and may not be obtained

due to differences in specifications, tooling, cutting, and other conditions.

Compax R0.4 nose

1,500 min -1

0.03 mm/rev

1,500

50 100 5001,000 6,000

Spindle speed min -1

■ Milling tool spindle


GENOS L200-M/MY

Torque

N·m

Spindle speed: 6,000 min -1

Output: PREX 4.0/1.8 kW (25 min/cont)

Torque: 15 N·m

20

10

1

15N·m (25 min)

11N·m (cont)

4.0kW (25 min)

1.8kW (cont)

kW

2,500

0.1

4,500

1,500

50 100 5001,000 4,0006,000

5

2

1

Output


GENOS L300-M/MY

Spindle speed: 4,500 min -1

Output: PREX 7.0/3.3 kW (30 min/cont)

Torque: 24 N·m

Torque

N·m

20

10

1

24N·m (30 min)

14N·m (cont)

45

7.0kW (30 min)

3.3kW (cont)

2220 3000

5

2

1

Output

kW

0.1


GENOS L300-MW, MYW

Spindle speed: 6,000 min -1

Output: PREX 5.5/3.7 kW (2 min/cont)

Torque: 31 N·m

50 100 500 1000 2820 4500

50 100 5001,000

6,000

Spindle speed min -1 Spindle speed min -1

Torque

N·m

20

10

1

31N·m (2 min)

21N·m (cont)

45 1,680

5.5kW (2 min)

3.7kW (cont)

5

2

1

0.1

Output

kW


Comfortable operation, superior expandability

with the customer in mind

Maintenance tasks from the front—effortlessly

Ready-to-go systems for

1-machine 1-loader applications to full-scale production lines


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

Hyd chuck pressure regulator

1-sheet saddle cover

■ Your best layout for automation


Get outstanding flexibility from 1-machine/1-loader to multimachine

lines, with optimum cycle times, operation mix, work

flow, floor space and the like.


Okuma's selection of work tables, part turnover stands, postprocess

gauges and other peripherals, can provide an ideal

system arrangement to meet your needs.

Loader Specs

1-machine/1-loader cell

Line cycles: 25 - 48 secs

Gauge

Loader

2-machine/1-loader cell

Line cycles: 50 - 73 secs

Part turnover

Work table

2-machine/2-loader cell

Line cycles: 25 - 33 secs

9

• Blanks and finished parts can be

stacked on one work table.

(Not possible with 2-machine/2-

Ioader.)

• 2-machine/2-loader cell machines

10

Slideway lube tank

can be laid out in parallel.

Big exit for falling chips

Machine operation screen (single screen operations)

One touch editing

■ 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 operations

The series of operations to start multitasking can be done from

a single screen while confirming the status of the C and Y axes.

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.


With various earth-friendly features

CNC for the New Era

OSP-P200LA-R

Okuma Sampling Path Control

Ecology and economy specs that eliminate waste

An OSP / Windows ® Collaboration

Energy-saving functions

■ Power-saving

After completion of

automatic operation,

equipment power

shuts off at set time

In-machine lamp OFF

Gravity axis servo OFF

Hydraulic motor OFF

■ Touch panel

Data can be directly manipulated,

greatly improving operability.

High-durability panel is resistant to dirt

and scratching

■ USB ports

2 ports are standard. Various devices

can be connected for each purpose,

including USB memory to transfer large

program file and bar code reader for

production management.

USB

■ Ethernet

Machining programs can be

downloaded and uploaded from and to

server via Ethernet that is standard

equipment.

Spindle cooler motor OFF

Spindle orientation release

Coolant stop

Chip flusher stop

Bar-code

reader

Ethernet

FD, CD-R

drive

Digital

caliper

USB

memory

11

12

■ Energy-saving

operations

Chip conveyor intermittent operation


Lift-up conveyor, mist collector interlocked operation

PC

* Connection devices sold separately.

Energy-saving technologies

■ Energy-saving NC unit

• Computer in a flat panel with a high-performance CPU

• Power-saving design

• LCD (Liquid Crystal Display) used

Reduced 57%

compared to

previous Okuma

machine

■ Energy-saving drive units

• Low-loss power transistor used

• Power regeneration system used

Power

consumption

Reduced 12%

compared to

previous Okuma

machine

■ The advanced architecture

Windows ® and Real-Time OS on a single high-performance NC computer

synergistically improve operation.

Windows ® -based Applications

Machine Control Function

■ A high-performance NC

computer in a flat panel

Gives high reliability for machine control and

data protection in harsh environments.

• Main memory with ECC

• Vibration proof hard disk drive

(%)

120

100

80

60

40

20

0

136%

NC power consumption (%) Servo power consumption (%)

(%)

100

60

100%

100% 88%

40

43%

1990s OSP 2000 OSP OSP-P200

0

Previous

Okuma machine

80

20

GENOS

L300-MW

Windows ®

Real-Time OS

High Performance NC Computer

Ethernet USB Servo Link Device Net

Windows is a registered trademark of Microsoft Corporation in the United States

and other countries. Ethernet is a registered trademark of Fuji Xerox Co., Ltd.

DeviceNet is a trademark of Open DeviceNet Vendors Association.


Hi-tech Okuma mechatronics for advanced

machining applications

Harmonic spindle speed control (Optional)

Variable spindle speed threading (Optional)

Interactive operations Advanced One-Touch IGF-L (Optional)

■ Reduce machining chatter

Holds down machining chatter as spindle speed is periodically

changed and resonance points change, when cutting large,

thin workpieces or small-diameter, long workpieces.

Actual speed

■ Good threads from the first piece

Feed 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.

Part shape

Auto

process

decide

Machining process

Advanced

run

Spindle speed

L/D = 18 is machined without steadyrest

410

Process

edit

Part program

create

Part program

N0100 G97 S413 M41 M03 M08

N0101 G00 X108 Z105.2 T010101

N0102 G96 S140

N0103 G85 N0104 D8 F0.35 M85

N0104 G83

N0105 G01 X50.4 Z100

N0106 X100

:

(automatically).

13 14

Deep hole synchro tapping

Commanded speed

Time

ø23

Spindle override change

Chatter occurs

Chatter eliminated Chatter eliminated from next cut

Real 3-D simulation (Optional)

■ Part program create

After simple cutting data inputs (interactively), the required machining processes are determined and a part program is created

■ Advanced run

To 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.

■ Easy programming of machining know-how

Cutting 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.

Returns to machining start point when total

depth of cut reaches amount of withdrawl.

■ Live-performance machining

In 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.

Directly change cutting conditions for

each process with this process sheet

Amount of withdrawl

Depth of cut

Amount of relief

Tables make it easy to make mid-cycle or

individual process starts

Solid view

Bottom

face position

Section view

Transparent view

Continuous run

Mid-cycle start

(finishing repeated)

Individual run

(machining repeated with this tool only)


Machine Specifications

Item

Capacity

Travels

Spindle

Sub-spindle

Turret

Chuck size

8-inch

10-inch

Model name

GENOS L250 GENOS L200-M GENOS L400 GENOS L300-M

Spec extension

Swing over bed

mm

Max turning dia

mm

Max work length

mm

X axis

mm

Z axis

mm

Y axis

mm

W axis

mm

C axis

deg

Spindle speed

min -1

Speed ranges

Spindle nose

Spindle bore dia

mm

Front bearing dia

mm

Spindle speed

min -1

Speed ranges

Spindle nose

Spindle bore dia

mm

Front bearing dia

mm

Type

No. of tools

OD tool shank

mm

L250

L250E

ø220

290

500

160 (+110 to –50)

330

470



V12 NC turret

25

L200-M L200E-M L200-MY L200E-MY

L400

L400E

L300-M

L300E-M

L300-MY L300E-MY L300-MW L300-MYW

ø450

ø520

ø200

ø310

ø330

ø300

ø340

ø300

225

380

225

380

500

1,100

450

1,060

420

1,020

150

165 (+100 to –65)

220 (+155 to –65) 230 (+165 to –65)

235 (+150 to –85) 235 (+170 to –65)

237 (+180 to –57) 236 (+175 to –61)

245

400

245

400

520

1,144

520

1,144

450

1,074

460

80 (+30 to –50)


100 (+50 to -50)


100 (+50 to -50)



520

360 (0.001 increments)


360 (0.001 increments)

107 to 4,500

25 to 3,000

Infinitely variable

Infinitely variable x 2 auto ranges (coil switching)

JIS A2-6

JIS A2-8

ø66

ø80

ø100

ø120



100 to 6,000



Infinitely variable



ø140 flat



ø53



ø80

M–V12 NC turret (VDI)

12

V12 NC turret

M–V12 NC turret (VDI)

12

M–V12 NC turret (Radial)

20

25

ID tool shank dia

mm

ø32

ø40

15 16

Turret indexing time sec

0.3

0.1

0.3

0.1

0.2

0.1

Milling tool Spindle speed

min -1

50 to 6,000


(standard radial mill/drill holder: 5,000)


Speed range


Infinitely variable

Feedrates Rapid traverse (X, Z) m/min

X: 20, Z: 25

X: 20, Z: 25

Rapid traverse (Y) m/min


Y: 10

Rapid traverse (W) m/min


Rapid traverse (C) min -1


C: 200


Feedrate (X, Z, Y) mm/rev

0.001~1,000.000

Tailstock Tailstock quill diameter mm ø55

ø90


ø90


ø55

Tapered bore type

MT 4

MT 5

MT 5

MT 4

MT 5



(dead center) (dead center)

(dead center)

(dead center) (dead center)

Quill travel

mm 80

100


100


80

Motors Main spindle

kW

VAC 11/7.5 (30 min/cont)

Sub-spindle

kW


Milling tool spindle

kW


PREX 4.0/1.8 (25 min/cont)


Axis drive (X)

kW

2.2

3.0

Axis drive (Z)

kW

3.0

Axis drive (Ys)

kW


3.0

Axis drive (W)

kW


Coolant pump motors kW

0.25

Machine size Height

Floor space

Weight (w/ CNC)

mm

mm

kg

1,624

1,672 × 1,642

2,800

1,569

2,081 × 1,550

3,800

1,624

1,752 × 1,642

2,800

1,569

2,081 × 1,550

3,800

2,040

1,752 × 1,744

3,700

2,040

2,118 × 1,748

4,600

1,740

2,550 × 1,800

4,000

CNC

OSP-P200LA-R

[ ]: Optional

45 to 4,500

45 to 6,000

Infinitely variable

X/Z: 20

X: 20, Z: 25

X/Z: 20

X: 20, Z: 25 X/Z: 20

X: 20, Z: 25

MT 4

(built-in center)

1,934

3,537 × 2,333

6,500


Y: 10


Y: 10


W: 25

C: 200

0.001~1,000.000

ø90


MT 5

MT 4

MT 5

MT 4

(dead center) (built-in center) (dead center) (built-in center)


100

VAC 15/11 (30 min/cont)


PREX 7.0/3.3 (30 min/cont)

3.0

3.5


2.8


0.25

1,740

1,934

2,210

2,550 × 1,800 3,537 × 2,333 2,550 × 2,163

4,000

6,600

5,000

OSP-P200LA-R

2.8

2,487

3,537 × 2,536

7,500


VAC 7.5/5.5 (30 min/cont)

PREX 5.5/3.7 (2 min/cont)


2.2

1,852

3,300 × 1,856

5,400

2.8

2,210

3,300 × 2,163

6,300


GENOS L250/L200-M

Machine Specifications

Model

Specifications

Spindle

Turret

Milling tool

Tailstock (Hydraulic)

• Dead quill

Standard accessories

Standard Specifications

CNC

Chucking / Tooling Kit Specifications

L250 L250E L200-M L200E-M L200-MY L200E-MY

T

C

T

C

T

T

C

A2-6 107 to 4500 min -1 VAC11/7.5 kW (30 min/cont)

V12 NC

M-V12 NC (VDI)


50 to 6000 min -1 PREX 4/1.8 kW (25 min/cont)






MT 5


MT 5



MT 4

Coolant system, work lamp, full enclosure shielding, jack screws, washers, hand tools

GENOS L400/L300-M

Machine Specifications

Model

Specifications

Spindle

Sub Spindle

(30 min/cont)

Turret

Milling tool

Tailstock (Hydraulic)

• quill

Movable tailstock

Standard accessories

Standard specifications

CNC

T




L400

C

V12 NC


Dead MT 5

Manual

L400E

C

L300-M L300E-M L300-MY

L300E-MY L300-MW, MYW

T C C T C T C

A2-8 25 to 3000 min -1 VAC 15/11 (30 min/cont)


ø140 flat 100 to 6,000 min -1

VAC 7.5/5.5 kW

M-V12 NC (VDI)

M-V12 NC (Radial)

45 to 4,500 min -1 PREX 7/3.3 kW (30 min/cont) 45 to 6,000 min -1 PREX

5.5/3.7 kW (2 min/cont)







– Built-in MT 4 –



– Manual –

tow-along

Built-in MT 4

Manual

tow-along

Dead MT 5

Manual

Built-in MT 4

Manual

tow-along

Dead MT 5

Manual

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 0.25 kW

OSP-P200LA-R

T: chuck work (without tailstock), C: shaft work (with tailstock), : include

Machine type

L250

L250E L200-M* L200E-M* L200-MY* L200E-MY*

Hydraulic hollow chuck

size

8"

Machine type

L400 L400E L300-M* 1 L300E-M* 1 L300-MY* 1 L300E-MY* 1 L300-MW, MYW

Standard soft jaw A

3 pcs/set

1

Hydraulic hollow chuck

size

10"

main 10" sub 6"

Standard soft jaw B

3 pcs/set

1

Standard soft jaw A

3 pcs/set

1

Revolving center (MT 5)

set


1


1



Standard soft jaw B

3 pcs/set

1

Dead center (MT 4)

set






1

Revolving center (MT 5)

set

1


1


1



OD toolholder l

set

2





Dead center (MT 4)

set


1


1


1


OD toolholder ll

set

2





OD toolholder l

set

2 –


OD toolholder A (VDI)

set



2

OD toolholder ll

set

2



OD toolholder B (VDI)

set



2

OD toolholder l-S (radial)

set






6

OD toolholder C (VDI)

set



1

OD toolholder ll-S (radial)

set






2

ID toolholder base H32

set

4





OD toolholder A (VDI)

set



2


ID toolholder base H32 (VDI) set



3

OD toolholder B (VDI)

set



2


Boring bar sleeve 12-H32

pc


2

OD toolholder C (VDI)

set



1


Boring bar sleeve 16-H32

pc


2

ID toolholder base H40

set

4


Boring bar sleeve 20-H32

pc

2

2

ID toolholder base H40 (VDI) set


3


Boring bar sleeve 25-H32

pc

2

2

ID toolholder base H40 (Radial for main) set



4

17 Drill sleeve MT2-H32

pc


1

ID toolholder base H40 (Radial for sub) set



1

1





2


18

Drill sleeve MT3-H32

Radial drill / mill unit

Axial drill / mill unit

Dummy holder

Door interlock, Lube monitor, Touch setter M (manual), Tailstock quill auto advance/retract with confirmation, coolant pump 0.25 kW

OSP-P200LA-R

T: chuck work (without tailstock), C: shaft work (with tailstock), : include

pc

set

set

set









3

* VDI tooling

Chucking / Tooling Kit Specifications

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

pc

pc

pc

pc

pc

pc

pc

set

set

set

*1. VDI tooling






1

1



1




2

2

2


1

– – – –



3

2

3



Tooling System

Tooling System

GENOS L250/E, L400/E V12 NC turret tooling

GENOS L300/E-M, MY M-V12 NC turret (VDI) tooling

Turning

Mill/Drill

ID Turning

OD Turning

*1 *1 *1

Drill sleeve

MT 1-H40 (H32)

MT 2-H40 (H32)

MT 3-H40 (H32)

MT 4-H40

OD-I

OD-A (VDI) *

OD-B

(for small diameters)

OD-C

(axial facing)

Axial mill/drill unit

Collets

(ER32- )

Boring bar sleeve

ø 8-H40 (H32) ø20-H40 (H32)

ø10-H40 (H32) ø25-H40 (H32)

ø12-H40 (H32) ø32-H40

ø16-H40 (H32)

ID-H40 (H32)

OD-II

Drill sleeve

DS MT 1-H40

DS MT 2-H40

DS MT 3-H40

DS MT 4-H40

M-V12 NC turret

(VDI)

Radial mill/drill unit

Boring bar ø40

(ø32)

Offset *

ID H32

* With L250 tailstock,

offset ID H32 is used.

H32 sleeves are also

necessary.

V12 NC turret

OD tool shank 25x25

Boring bar sleeve

BS 8-H40

BS 10-H40

BS 12-H40

BS 16-H40

BS 20-H40

BS 25-H40

BS 32-H40

ID-H40

Dummy holder

* ID toolholder base, sleeve for oil-hole drill is available

Commercially available items

Commercially available items

19 * ID toolholder base H32 is needed for L250/E V12 turret

Boring bar ø40

*1. OD tools can use 25 x 25mm toolholders.

20

* ID toolholder base H40 is needed for L400/E V12 turret

ID toolholder base, sleeve for oil-hole drill is available

GENOS L200/E-M, MY M-V12 NC turret (VDI) tooling

GENOS L300-MW, MYW M-V12 NC turret (Radial) tooling

Turning

Mill/Drill

Turning

Mill/Drill

*1 *1 *1

*1

OD-A

Drill sleeve

DS MT 1-H32

DS MT 2-H32

Boring bar sleeve

BS 8-H32

BS 10-H32

BS 12-H32

BS 16-H32

BS 20-H32

BS 25-H32

OD-B

(Small diameters)

ID-H32

OD-C

(axial facing)

M-V12 NC turret (VDI)

Axial mill/drill unit

Radial mill/drill unit

Dummy holder

Collets

(ER25- )

Drill sleeve

DS MT 1-H40

DS MT 2-H40

DS MT 3-H40

DS MT 4-H40

Boring bar sleeve

BS 8-H40

BS 10-H40

BS 12-H40

BS 16-H40

BS 20-H40

BS 25-H40

BS 32-H40

Boring bar

ø40

*1

OD- -S

OD- -S

ID-H40-S

ID-I-S

ø40

Main

Sub

M-V12 NC turret

(Radial)

Axial mill/drill unit

(back application possible)

Radial mill/drill unit

Dummy holder

● Collets

ø4, 5, 7, 8, 11, 12, 13, 14,

15, 16, 17, 18, 19, 20

*1. OD tools can use 20 x 20mm toolholders.

ID toolholder base, sleeve for oil-hole drill is available

Commercially available items

*1. OD tools can use 25 x 25mm toolholders.

ID toolholder base, sleeve for oil-hole drill is available

Commercially available items


Working Ranges

Working Ranges

GENOS L250 V12 NC turret

Direct tool shank

GENOS L250E V12 NC turret

OD-I

GENOS L200-M M-V12 NC turret (VDI)

OD-A

GENOS L200E-M M-V12 NC turret (VDI)

OD-A

42

90

103

ø210

427

330 (Z-axis travel)

39

B-208A6

7

50 110

160 (X-axis travel) 30 180

42

592

115 470 (Z-axis travel)

7

103 39

ø210

75 85

160

(X-axis travel)

18

27 30

30 25

55 180

320

B-208A6

100 320 (tailstock travel)

260 65 145 67.2 106.3 25

652.2 131.3

(Sleeve travel)

MT No.5

Tailstock retract

limit

42 409

117 245 (Z-axis travel) 47

103 39 5 42

ø210

65 100

165 25

(X-axis travel)

25 155

B-208A6

42

574

127 400 (Z-axis travel) 5 42

103 39

ø210

100

165

Tailstock advance

limit

B-208A6

100 320 (tailstock travel)

198 70 42 65 25 125.2 106.3 25

652.2 131.3

(Sleeve travel)

65

(X-axis travel)

18

56 22 58

2

9

155

25

180

25

305

MT No.5

Axial mill/drill unit

Axial mill/drill unit

ID

ID

42 427

91 330 (Z-axis travel)

103 39

ø210

B-208A6

6

180

25

45 115

160 (X-axis travel)

42

592

116 470 (Z-axis travel)

6

103 39

ø210

45 115

160

(X-axis travel)

18

B-208A6

320 (tailstock travel)

260 65 145 172.5

758.5

85

12

180

ø32

25

25

320

MT No.5

Tailstock retract

limit

With center

removed tailstock

42 409

77.5

103

245 (Z-axis travel)

39

21 22

ø210

B-208A6

86.5

150

15

165

(X-axis travel)

155

25

42

574

87.5 400 (Z-axis travel) 86.5

103 39

ø210

165

(X-axis travel)

25

92 58 155

6

9

B-208A6

320 (tailstock travel)

198 177 25 271

758.5

180

125

305

MT No.5

Tailstock advance

limit

With center

removed tailstock

25

Radial mill/drill unit

Radial mill/drill unit

42 409

99 245

(Z-axis travel)

103 39

ø210

65

50 115

165

(X-axis travel)

155

35

42

574

109 400 (Z-axis travel)

65

103 39

ø210

165

(X-axis travel)

17 18

41 22 58 35

9

155

35

180

125

305

MT No.5

Tailstock advance

limit

B-208A6

B-208A6

100 320 (tailstock travel)

198 70 42 65 25 143.2 106.3 25

652.2 131.3

(Sleeve travel)


Working Ranges

Working Ranges

GENOS L200-MY M-V12 turret (VDI)

OD-A

GENOS L200E-MY M-V12 turret (VDI)

OD-A

GENOS L400 V12 NC turret

Direct tool shank

GENOS L400E V12 NC turret

OD-I

42

409

117 245 (Z-axis travel) 47

103 39 5 42

ø210

65 100

165 25

(X-axis travel)

B-208A6

155

25

42 127

400 (Z-axis travel) 47

103 39

5

20

42

B-208A6

ø210

w/ Revolving center

165

(X-axis travel)

11

90

14.4

9.6

125 25 155

37

3

65 100

180

25

MT No.4

25

22 38

Tailstock retract limit

24 258 57 85 198 76 30

725

106

305

55

102

113

ø254

629

520 (Z-axis travel)

43

155

220

65

(X-axis travel)

22

40 140

18

7 15

B-210A8 100 300 (tailstock travel)

33.7

358 101 41 106.3

655.7 20 131.3

(Sleeve travel)

7

30 230

415

MT No.5

Tailstock retract limit

16

9

55

122

113

ø254

43

B-210A8

100

1,273

1,144 (Z-axis travel)

130

230

100

(Sleeve travel)

(X-axis travel)

12

18

157

27

28

15

880 (tailstock travel)

39.7

1,004 98

82.6 9

1,323.7 131.3

7

10 32 57.7

230

65

MT No.4 (built-in type)

Tailstock retract limit

OD-B

OD-B

42

409

117 245 (Z-axis travel) 5 42

103 39

ø210

B-208A6

95 70 25 30 25 155

180

55

305

165

(X-axis travel)

42 127

400 (Z-axis travel) 47

103 39

5 42

20

B-208A6

ø210

24

165

(X-axis travel)

14.4

9

7

50

11 13

49.6

321 (tailstock travel)

(Sleeve travel)

MT No.4

5

(Amount of tailstock quill advance)

134 25 51 101 74 15 80 30 123

221 80

725

76

106

30

25 30 25 155

95 70 55 180

305

Tailstock retract limit

(Amount of tailstock advance)

ID

55

103

113

ø254

43

155

220

65

B-210A8

629

520 (Z-axis travel)

(X-axis travel)

202

18

47

ø40

300 (tailstock travel)

16

358 162 139 9

762 25

787

6

30 230

415

MT No.5

Tailstock retract limit

With center removed tailstock

ID

55

123

113

ø254

43

B-210A8

1,273

1,144 (Z-axis travel)

1,004

165

230

65

(X-axis travel)

215

15

50

880 (tailstock travel)

140

6

30 230

MT No.4 (built-in type)

Tailstock retract limit

With center removed tailstock

23 24

Axial mill/drill unit

Y=0

Axial mill/drill unit

Y=0

42 409

77.5

103

ø210

245 (Z-axis travel)

39

B-208A6

86.5

15 150

165

(X-axis travel)

155

25

42 87.5 400 (Z-axis travel)

86.5

103 39

B-208A6

ø210

w/ Revolving center

165

(X-axis travel)

14.4

11

90

9.6

12

155

125

155

25

3

15

MT No.4

25

22 38

Tailstock retract limit

258 57 85

237.5 76 30

725

106

305

Radial mill/drill unit

Y=0

Radial mill/drill unit

Y=0

42 409

99

103

ø210

245

(Z-axis travel)

39

B-208A6

65

50 115

165

(X-axis travel)

155

35

42 109

400 (Z-axis travel) 65

103 39

B-208A6

ø210

6

165

(X-axis travel)

14.4

11

56

49.6

7

16

11

321 (tailstock travel)

MT No.4

(Amount of tailstock quill advance)

Tailstock retract limit

5

116 25 51 101 92 15 80 30 141

(Amount of tailstock advance)

221 80

725

(Sleeve travel)

216

76

106

30

155

25

10

180

115

305

50


Working Ranges

Working Ranges

25

GENOS L300-M M-V12 NC turret (VDI) GENOS L300E-M M-V12 NC turret (VDI) GENOS L300-MY M-V12 NC turret (VDI) GENOS L300E-MY M-V12 NC turret (VDI)

OD-A

55

57

113 43

150

235

Axial mill/drill unit

55

16

ø254

85

(X-axis travel)

Radial mill/drill unit

110

4 14

45 28

B-210A8 100 300 (tailstock travel)

16

170 92 50 45 130 78.7 106.3 9

655.7 131.3

(Sleeve travel)

15 18

113

ø254

43

55

41

113 43

ø254

631

520 (Z-axis travel)

210

235

25

(X-axis travel)

110

20

8 97

80

17

8

7 47

18 20

6

16

B-210A8

20

300 (tailstock travel) 9

170 200 130 226 25

787

140

235

95

631

520 (Z-axis travel)

631

520 (Z-axis travel)

(X-axis travel)

B-210A8 100 300 (tailstock travel)

170 200 130 94.7 106.3

655.7 20

131.3

(Sleeve travel)

95

70

110

20

87 10

97

8

16

9

185

MT No.5

60

395

Tailstock retract limit

185

MT No.5

395

Tailstock retract limit

With center

removed tailstock

MT No.5

185

70

395

Tailstock retract limit

OD-A

55

77

113

Axial mill/drill unit

55

36

ø254

113

ø254

Radial mill/drill unit

55

61

113

ø254

43

B-210A8 100

(Sleeve travel)

43

B-210A8

43

140

235

95

(X-axis travel)

B-210A8 100

(Sleeve travel)

1,275

1,144 (Z-axis travel)

150

235

85

(X-axis travel)

20 15

8 42 110

40

15 25

880 (tailstock travel)

39.7

831 80 40 60 93 102.7 82.6 9

1,323.7 131.3

18 22

1,275

1,144 (Z-axis travel)

831

210

235

25

1,275

1,144 (Z-axis travel)

(X-axis travel)

15

8 62 110

40

17 45

7 47

95

880 (tailstock travel)

120 60 93 183.4

1,363.4

40

1,455

20 15

8 42 110

40

25 15

880 (tailstock travel)

39.7

831 80 40 60 93 118.7 82.6 9

1,323.7 131.3

18 22

70

185

60

395

MT No.4

(built-in type)

Tailstock retract

limit

185

395

MT No.4

(built-in type)

Tailstock retract

limit

With center

removed tailstock

82.6 9

185

70

395

MT No.4

(built-in type)

Tailstock retract

limit

OD-A

OD-B

55

601

97 450 (Z-axis travel) 7 47

B-210A8

165

24 24

22

113 43 22

123.3 41 58

Axial mill/drill unit

B-210A8

55

ø254

165

5

143

27

30

118 30

52

25

185

33

5 101.3 105.7

100 (Sleeve travel)

296 (tailstock travel)

46 25 134.7 108.7 106.3

787

601

97 450 (Z-axis travel) 7 47

113 43

25

B-210A8

ø254

55

601

56 450 (Z-axis travel) 95

ø254

165

24 24

22

165

65

143

87

787

118

112

100

296 (tailstock travel)

113 43

22 25 21

229 41 58 54 150

131

25

MT No.5

MT No.5

(Sleeve travel)

170

65

Tailstock retract limit

235

(X-axis travel)

Tailstock retract limit

5 101.3 33 105.7 Tailstock retract limit

100 (Sleeve travel)

296 (tailstock travel)

123.3 41 58 46 128.7 108.7 106.3 25

787

22 25 6

135

30 65 185

24 24 22 165

143

17 118

8 6 104

100

235

(X-axis travel)

MT No.5

185

230

5

235

(X-axis travel)

OD-A

55

OD-B

55

Axial mill/drill unit

55

97

ø254

56

97

ø254

B-210A8

100

135

235

(X-axis travel) 235

(X-axis travel)

235

(X-axis travel)

230

65 170

113 43 182.7

ø254

B-210A8

B-210A8

5

1,225

1,074 (Z-axis travel)

15

16

1,225

1,074 (Z-axis travel)

16

118

39

47

133

39

47

25

95

65

7 47

30 30

17 26 15 10

748.5 47 39 115.5 66 56.7 101

100

890 (tailstock travel)

(Sleeve travel)

1,225

1,074 (Z-axis travel)

15

13

105

16

47 39

747

25

17

26

15 13

10

748.5 47 39 115.5 53 56.7 101

113 43 182.7 100

890 (tailstock travel)

82.8

(Sleeve travel)

39.5

17 26 29

916 47 39 198.7

113 43 182.7 100

890 (tailstock travel)

(Sleeve travel)

65

30

230 185

82.8

185

230

230 185

82.8

MT No.4

(built-in type)

Tailstock

retract limit

MT No.4

(built-in type)

Tailstock

retract limit

MT No.4

(built-in type)

Tailstock

retract limit

26

Radial mill/drill unit

Radial mill/drill unit

B-210A8

55

601

81 450 (Z-axis travel) 70

ø254

113 43

107.3

24 22

165

24

143

17

118

42

100 (Sleeve travel)

5 101.3 33 121.7

296 (tailstock travel)

22 25

41 58 46 150.7 124.7 106.3

787

25

MT No.5

185

75 160 70

Tailstock retract limit

235

(X-axis travel)

55

1,225

81

1,074 (Z-axis travel)

70

B-210A8

17 26 15

10

732.5 47 39 115.5 82 56.7 117

113 43 182.7 100

890 (tailstock travel)

(Sleeve travel)

ø254

235

(X-axis travel)

75 160

15

16

118

39

47

65 70

230 185

82.8

MT No.4

(built-in type)

Tailstock

retract limit


Working Ranges

Tool Interference Drawings

GENOS L300-MW M-V12 NC turret (Radial)

GENOS L300-MYW M-V12 NC turret (Radial)

GENOS L250/E V12 NC turret

OD-I-S

55 795

538

45 460 (Z-axis travel)

113 43

ø254

B-210A8

180

237

(X-axis travel)

7

26

100

166

126

30

210

7

B-206-01

ø169

170

180 35 70

105

455

OD-I-S

280

131 460 (Z-axis travel)

55 113 43

50

ø254

591

31

172 33

175

ø610 (Max work length)

61

100 14

25.5

35.5

35 75 170

5 210.5 155

ø169

7.7

MAX 455

MIN 219

ø170

ø32

Max tool swing ø470

25 25

30

25

ø195

OD-I

ø175

Max turning dia ø220

166

57

460 (Z-axis travel)

27

273 187

124

199 520 (W-axis travel) 76 53

29

520 (W-axis travel)

90.5 39.5 14 276 54 166 21

98

460

187 29 81 2 30

211 534

110 32 21

908

Axial mill/drill unit

55 795

538

22 460 (Z-axis travel)

113 43

ø254

B-210A8

215

22

210

27

237

(X-axis travel)

273 187

460 (Z-axis travel)

5

100

56

B-206-01

313

ø169

29

199 520 (W-axis travel) 76

55 795

538

128 460 (Z-axis travel)

113 43

ø254

B-210A8

218

19

210

27

237

(X-axis travel)

273 187

460 (Z-axis travel)

100

50

207

B-206-01

8

207

ø169

29

199 520 (W-axis travel) 76

53

53

170

70

455

27 28

Radial mill/drill unit

170

67

455

Axial mill/drill unit

33

ø254

31 172

14

90.5

75 39.5

211

Radial mill/drill unit

591 100 14

131 460 (Z-axis travel)

113 43

ø254

ø20

4.5 210.5

21 215 240

5 210.5 155

ø169

170

70

520 (W-axis travel)

145 169 16

460 210 29 81 2 30

534

110 32 21

908

591 100 14

131 460 (Z-axis travel)

113 43

76

31

172 33

237

218

18

(46) 67 170

90.5 145 133 52

ø20

155

210.5

5

ø169

14 39.5

520 (W-axis travel)

2

181

460 104 29 81 30

211 534

110 32 21

908

7.5 210.5

50

50

MAX 455

MIN 219

MAX 455

MIN 219

GENOS L200-M/E-M M-V12 NC turret (VDI)

OD-A

ø130

ø168

ø215

OD-B

50

ø135

ID H32

Max turning dia ø140

ø125

ø135

ø174

ø170

ø32

Max tool swing ø480

Max turning dia ø200

ø170

Spindle center

25 25 100

15

65

155 50 165 X-axis travel

305

ø265

50

15.9

12.2

Max tool swing ø480

Max swing dia ø220

Axial mill/drill unit

40

7

ø185

Max swing dia ø230

ID toolholder bace

25 25

12.2

17.2

90 OD-II

180 180 110 50

360 30 160 X-axis travel

320

GENOS L200-MY/E-MY M-V12 NC turret (VDI)

ø138

ø160

Max tool swing ø480

145.3

ø126

ø32

ø140

ø152

ø170

ø32

ø120

ø114

ø170

155

180

ø140

ø32

ø360

ø30

55 25

155

ø190

ø216

ø162

ø174

ø189

25

25

ø137

MAX 43.5

ø130

OD-B

OD-A

Max turning dia ø200

ø166

ø130

MAX ø13

100

50 165 X-axis travel

305

65

ø166

OD-C

MAX 43.5

Spindle center

ø118

ø80

ø32

ø122

Spindle center

ø170

Max tool swing ø480

145.3

ø138

ø77

ø122

ø126

ø116

ø32

ø13

ID

ø360

ø118

ø13

ø80

ø142

Spindle center

Radial mill/drill unit

Axial mill/drill unit

ø130

50

ø80

50

15.9

MAX 43.5

155

305

85

65

165 X-axis travel

100

ø130

12.2

35 115

30.5 119.5

155 165 X-axis travel

305

15


Tool Interference Drawings

Tool Interference Drawings

GENOS L400 V12 NC turret

102

51

51

ID

OD-I

ø220

ø40

ø520 Standard tool swing

ø590 Max tool swing

33 30 460 30

230 230

25 25

ø245

ø240

25 25

102

30

35

ø245

7 25 7

OD-II

220 X-axis travel

155 65

ø220

Max turning dia ø310

ø610 Max tool swing

GENOS L400E V12 NC turret

102

51 51

ID

ø220

ø40

OD-I

33 30 460 30 230 X-axis travel

230 230

165 65

25 25

5.1 Clearence

ø240

35 30

7

ø245

4 Clearence

25 25

OD-II

102

4.6 Clearence

ø220

Max turning dia ø330

ø610 Max tool swing

GENOS L300-MW M-V12 NC turret (Radial)

Main

ID I-S

ø185

ø220

ø180

ø170

ø235

ø20

ø185

ø165

ø215

55 50

ø20

Radial mill/drill holder

ø220

65 67

ø215

70

ø20

170

ø610

Max tool swing

3.8

ø195

77

ø215

Axial mill/drill holder

ø215

90

ø174

237 X-axis travel

195 42

29

285

OD II

ø185

ø40

ø205

ø235

ID

ø220

ø200

ø300

Max turning dia

Spindle center

Sub

ID I-S

29 55

ø300

Max turning dia

Axial mill/drill holder

237 X-axis travel

50

55

ø215

ø235

ø215

ø190

ø235

ø40

Spindle center

ø215

ø235

ø20

105

35 70

ø175

170

OD I

ø165

Max tool swing

70

OD II

ø610

ø165

77

132

67 65

90 29

ø20

ø235

ø215

ø20

Radial mill/drill holder

Tool Interference Drawings

GENOS L300-M/E-M M-V12 NC turret (VDI)

( ) for L300E-M

ø144

36.1

(32.5)

GENOS L300-MY/E-MY M-V12 NC turret (VDI)

ø655

Max tool swing

GENOS L300-MYW M-V12 NC turret (Radial)

29 195 41

30

ø177

ø254

ø166

ø134

ø206

ø40

36.5

(33.4)

30

185

ø655

Max tool swing

ø232

ø193

ø184

30

150 85

235 X-axis travel

Max turning dia ø300

ø155

ø177

ø144

ø254

161.4

ø206

65

ø166

ø134

65

30 30

185 60

415

ø232

ø155

ø193

ø184

170

235 X-axis travel

5

65

ø340

Max turning dia

Spindle center

55

ID I-S

ø235

ø185

ø220

ø180

ø170

ø20

ø185

ø165

ø215

55 50

ø20

ø220

65 67

70

ø20

Radial mill/drill holder

170

ø610

Max tool swing

ø215

ø195

ø215

77

ø215

Axial mill/drill holder

90

ø174

29

285

OD II

ø185

ø40

ø205

ø235

237 236 X-axis travel

ID

ø220

ø200

50

50

Spindle center

ø300

100

395

Max tool swing ø655

ø310

ø280

Max swing dia ø340

ID tool holder base

ø170

ø110

ø20

Max swing dia ø330

Axial mill/drill unit

ø170

ø20

ø280

ø310

ø655

Max tool swing

Spindle center

36.1

(32.5)

ø20

ø150

ø110

ø90

ø20

ø150

Max swing dia ø370

ID tool holder base

Max swing dia ø380

Axial mill/drill unit

55

ø100

65

235 X-axis travel

25

161.4

65

ø100

65

36.5

(33.4)

40 190

34.5 195.5

185 235 X-axis travel

415 5

185

395

210


Dimensional Drawings

GENOS L250

( ) dimensions for H chip conveyor ( ) dimensions for H chip conveyor

Dimensional Drawings

GENOS L250E/L200E-M

595

Hydraulic unit

Coolant pump

595

Hydraulic unit

Coolant pump

NC

NC

Chip conveyor

(option)

Chip bucket

(option)

885 (1,425)

700 (1,000)

1,500 703 (1,015)

Space for chip conveyor removal

Operation panel maintenance space

1,280

1,642

362

1,624

235.8 362 1,280

Power inlet

(Ceiling)

1,000 624

Lube tank

1,672

32

Operation panel

Chip conveyor

(option)

Chip bucket

(option)

700 (1,000)

926 (1,475)

956 (1,252) 885

Space for chip conveyor removal

Chip conveyor

(option)

Chip bucket

(option)

885 (1,425)

700 (1,000)

1,500 753 (1,065)

Space for chip conveyor removal

Operation panel maintenance space

553

1,550

636 320 1,230

1,554

677 270 50

Power inlet

(Ceiling)

1,569

1,000 569

Lube tank

2,081

31

Operation panel

Chip conveyor

(option)

Chip bucket

(option)

700 (1,000)

926 (1,475)

1,004 (1,316) 1,100

Space for chip conveyor removal

31 32

GENOS L200-M

GENOS L200-MY

Hydraulic unit

Chip conveyor

(option)

Chip bucket

(option)

885 (1,425)

700 (1,000)

Operation panel maintenance space

1,624

595

238.8 362 1,280

550

Power inlet

(Ceiling)

1,000 624

NC

Coolant pump

Operation panel

Chip conveyor

(option)

Chip bucket

(option)

700 (1,000)

926 (1,475)

Chip conveyor

(option)

Chip bucket

(option)

885 (1,425)

700 (1,000)

Power inlet

(Ceiling)

Operation panel

maintenance space

2,040

1,624

239 413.5 1,280

595

1,330

1,000 1,040

NC

Hydraulic unit

Coolant pump

Operation panel

Chip conveyor

(option)

Chip bucket

(option)

700 (1,000)

926 (1,475)

1,500 703 (1,015)

Space for chip conveyor removal

1,280

1,642

362

Lube tank

1,752

32

956 (1,252) 885

Space for chip conveyor removal

1,500 635 (1,015)

Space for chip conveyor removal

1,330

1,744

413.5

Lube tank

1,752

32

956 (1,252) 885

Space for chip conveyor removal


( ) dimensions for H chip conveyor

( ) dimensions for H chip conveyor

Dimensional Drawings

Dimensional Drawings

GENOS L200E-MY

GENOS L400/L300-M

Power inlet

(Ceiling)

Control cabinet

door space

Power inlet

(Ceiling)

Operation panel

maintenance space

592

653 420 1,230

440

1,748

NC

Hydraulic unit

Coolant pump

1,800

380 1,420

718

NC

Hydraulic unit

Chip conveyor

(option)

Chip bucket

(option)

885 (1,425)

700 (1,000)

1,500 753

Space for chip conveyor removal

(1,065)

1,748

358

2,040

501.6

1,000

Lube tank

2,118

Operation panel

Chip conveyor

(option)

Chip bucket

(option)

700 [1,000]

926 [1,475]

1,004

1,100

(1,316) Space for chip conveyor removal

Chip conveyor

(option)

Chip bucket

(option)

1,750 708 (961)

Space for chip conveyor removal

33 34

917 (1,461)

GENOS L400E/L300E-M

561

859

1,800

1,740

340 40

1,060 680

2,333

437 922

1,411

758

Operation panel

1,070

1,934

641

Operation panel

Chip conveyor

(option)

Chip bucket

(option)

Lube tank

2,550 827 (1.126)

1,140

Space for chip conveyor removal

NC

Power inlet

(Ceiling)

15°

28°

Hydraulic unit

864

Chip conveyor

(option)

Chip bucket

(option)

700 [1,000]

966 [1,516]

700 (1,000)

700 [1,000]

930 [1,477]

1,906

2,333

495

427

Lube tank

3,537

774 (1,027)

1,500

Space for chip conveyor removal


Dimensional Drawings

GENOS L300-MY

( ) dimensions for H chip conveyor ( ) dimensions for H chip conveyor

Dimensional Drawings

GENOS L300-MW

Power inlet

(Ceiling)

Power inlet

(Ceiling)

742

Hydraulic unit

543 1,620

718

NC

Hydraulic unit

Chip conveyor

(option)

627 1,856

445 859

552

NC

Chip conveyor

(option)

Chip bucket

(option)

917 (1,461)

700 (1,000)

2,000

Space for chip

conveyor removal

711 (974)

2,163

543

1,939

2,210

1,060 1,150

Lube tank

2,550

Operation panel

830 (1,129) 1,050

Chip conveyor

(option)

Chip bucket

(option)

Space for chip

conveyor removal

35 36

GENOS L300E-MY

Control cabinet

door space

700 [1,000]

923 [1,470]

Chip bucket

(option)

917 (1,461)

700 (1,000)

1,750 717 (970)

Space for chip

conveyor removal

GENOS L300-MYW

1,852

552 859 340 30

Lube tank

Operation panel

1,856 3,300 929 (1,172) 1,700

Chip conveyor

(option)

Chip bucket

(option)

700 [1,000]

924 [1,466]

Space for chip

conveyor removal

758

Power inlet

(Ceiling)

Hydraulic unit

Power inlet

(Ceiling)

Hydraulic unit

NC

1,611

NC

Operation panel

maintenance space

925

470

535

860

543 1,620

1,500 471

249

2,487

1,070 1,417

551 1,060 450 85

Lube tank

2,146 390

Operation panel

Chip conveyor

(option)

Chip bucket

(option)

216 2,971

350 774 (1,027) 1,500

3,537

Space for chip

conveyor removal

700 [1,000]

966 [1,516]

Chip conveyor

(option)

Chip bucket

(option)

749.5 859 340

704.5 2,163

3,300

1,939

2,210

Operation panel

Chip conveyor

(option)

Chip bucket

(option)

700 [1,000]

924 [1,466]

929 (1,172) 1,700

Space for chip

conveyor removal


OSP-P200LA-R

Okuma Sampling Path Control

Standard Specifications

Optional Specifications

Name Description Name Description

Features

Axis control

Position feedback

Tape format

RS-232C interface

Programming

Min command units

Max command units

Programmable units

Decimal point data

Feedrates feed

Tooling

Spindle VAC motor operation

M-spindle motor operation (multi-machining)

Display

Manual operation

Multitasking

Self-diagnostics

Door interlock

X, Z simultaneous 2-axis running, X, Z, C simultaneous 3-axis multi-processing

Full range absolute position (zero point return not required)

N4.G3, X+53, Z+53, I+53, K+53, F+53, S4, T6, M3

RS-232C interface, 1 channel

Auto ISO/EIA code recognition, absolute, incremental or both

X-axis: 1m(dia) Z-axis: 1m C-axis: 0.001°

8-digit decimal, ±99999.999mm

Freely selectable: 1µm, 10µm, 1mm

1µm, 10µm, 1mm increments

Feedrates 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 Auto

tool compensation: calculated from manually input wear and tear measurement values

Direct spindle speed commands (S4), fixed cutting speed

Spindle speed override (50~200%), optimum turning speed designation

Direct motor speed input

15” Color display panel, touch panel.

Spindle (inching, CW, CCW), tool rotation, pulse handle, X/Z-axis manual feed

Program writing, editing during work

Automatic diagnostics and display of program, operation, machine and NC system problems

Safety function to interlock machine movement when the door is opened or closed

Programing

User task 2

Automatic programming (LAP4)

Inch/metric switching

Arc threading

Tool offset compensation

Tool wear compensation

Coordinate switching (multi-machining)

Work generation (multi-machining)

Advance One touch IGF-L

Real 3-D simulation

Monitoring

Condition display

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 by

matching the best cutting mode with the material shape

Inch, metric switching possible Via parameters

Threading 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 system

Programming X, C-axis lines as straight flat surfaces is easy

Quick and simple: even operations without any NC knowledge can input a few keystrokes and be

programming in on time

Realistic 3D simulated test cut

Real time simulation of all machining modes

Automatic operation, work completion, alarm conditions displayed with a 3-color (A-type) signal

tower

NC operation monitor

Display of cutting, operation, spindle speed, etc., on the CRT; workpiece count-up

NC work counter

Counts M30 occurrences (displayed on the CRT): alarm-stop at count-up

Tool life management

Automatically calculates workpieces and cutting time, rotates a spare tool in when the set value

NC torque limiter

Instant detection of machine collision to reduce machine damage

for the tool life has been reached

37 Hi-G control

Calculates of the speed control and torque properties of a motor for high-speed, high-stability positioning

38

Other

Operation

OSP-Win XP

Sequence number search

Sequence restart

Manual interrupt/auto return

Threading slide hold

Programming

Memory operation*

Useful help

PLC monitor

Output Management Function

Display

External output

Programming Function

Nose R compensation

Arc radius designation

Arbitrary angle chamfering

Taper angle designation

mm/min (ipm) programming

Program schedule

Zero offsets via G-codes

Threading

Custom fixed cycle

Fixed drilling cycle (multi-machining)

User task 1

Program notes

Buffer resister, zero offset, tool interference, software limit, chuck barrier, turret barrier, droop control, single

block machine lock, block delete, optional stop, dry-run, stroke end-limit cancel, etc.

Featuring easy-to-manipulate screen windows, Pop-up function displays, Quick closing windows.

Cursor advances to a specified sequence number in the selected program

Restart from an interrupted sequence

Manual operation during automatic operation; return to interrupt point

Slide 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: 2MB

Alarm help, G/M-code help, variable help, operation help, diagram display

Display of PLC ladder drawings and PLC data

Finished work list, operation results and alarm records

Output above items to a USB port.

Auto compensation for nose R dimension errors including arbitrary shapes and arcs

Circular interpolation by ordering the radius L and end points X and Z

Simple programming of arbitrary angle chamfers (C, R)

Taper interpolation by designating either the X or Z-axis and the starting point angle

Both mm/rev and mm/min feedrate units are possible

Non-stop operation possible by setting the sequence order of several work programs

Program zero point offsets are possible

Thread lead: 0.001~1000.000mm; possible to set the threading lead pitch

Chamfering 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 cycle

Drill, deep-hole drilling, boring, tapping (Synchronized Tapping)

GOTO, IF statements, arithmetic, common variable, local variable, system operation variables

Comments can be added to programs

Load monitor

Cycle time over check

DNC-T1

DNC-T*

Gauging

Auto work gauging/compensation

Touch setter tool tip

Automated Unattended Operation

Auto chuck open/close

Chuck pressure switching

Auto tailstock quill

Tailstock quill pressure switching

Auto cover open/close

Air cleaner

Spindle orientation (Electric)

Extra M-codes

Auto power shut-off

Cycle time reduction

Other*

Load conditions are monitored and X, Z-axis and the spindle stop with an alarm

An alarm occurs after the completion of a set cycle

Ethernet part program transfers

Personal computer DNC: Work program transfer, etc.

Integral

Manual

External

Automatic

Automatic chuck jaw open/close via M-codes (w/ chuck grip confirmation)

High/low switching via M-codes

Automatic tailstock quill via M-codes (w/ confirmation)

High/low tailstock quill thrust switching with M-codes

Auto cover 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

Stops the spindle at a designated position via M-codes:

2 sets 4 sets

Power supply is shut off automatically according to M30 and alarm conditions

Possible 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

* Need to discuss with sales engineer Multi-machining Corresponding Kit Corresponding

TE

Kit

TD TEX


GENOS

The origin of gene, from Greek genos

meaning race, offspring, origin

(pronounced “ ” as in “generous”)

Global

Efficient

No.1

Standard

When using Okuma products,

always read the safety precautions

mentioned in the instruction

manual and attached to the

product.

OKUMA Europe GmbH

Europark Fichtenhain A20

47807 Krefeld

Tel.: +49 (0)2151-374-0

Fax: +49 (0)2151-374100

● 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-(5a)-100 (Jul 2012)

Printed in Japan

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