High quality, high performance

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Angela Banks
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1 1-Saddle CNC Lathes

1-Saddle CNC Lathes Machining Navi High quality, high performance High rigidity gives machining accuracy and productivity exceeding expectations, with thorough ease of use from the customer s

Since its launch in 20, GENOS has earned an outstanding reputation from customers around the world.

* Craftsmanship-based, sustainable manufacturing Users can select the best specifications for their work Models with different distances between centers for turning and milling specifications are

2 1-Saddle CNC Lathes Machining Navi High quality, high performance High rigidity gives machining accuracy and productivity exceeding expectations, with thorough ease of use from the customer s perspective. Okuma squarely faced the challenge of these expectations from machine shops worldwide in developing the GENOS high quality global machine. Since its launch in 20, GENOS has earned an outstanding reputation from customers around the world. Okuma's GENOS series has evolved at the leading edge of Monozukuri * that seeks to balance high quality and low cost, contributing to improved productivity. * Craftsmanship-based, sustainable manufacturing Users can select the best specifications for their work Models with different distances between centers for turning and milling specifications are available. Users can select the best specifications for their workpiece length and shape. Turret Tailstock DBC Turret Tailstock DBC GENOS L2000-e (L) GENOS L2000-e (M),000 min -1 JIS A2-6 1/11 (20 min/cont) V12 VDI multitasking turret MT No. 4 NC tailstock (DBC 290) MT No. NC tailstock (DBC 0, 380) 290, GENOS L00-e (L) 3,800 min -1 JIS A2-8 22/1 (20 min/cont) V12 VDI multitasking turret [V12 radial multitasking turret] MT No. NC tailstock [MT No. 4 builtin NC tailstock] 0, 1,0 4, 1,000 Photos used in this brochure include optional equipment. 1 2

Applicable workpieces Meeting capacity and accuracy requirements with high productivity An integral motor/spindle is used for low spindle vibration to achieve high accuracy machining.

3 Stronger, smaller and easier to use. Stable, high accuracy machining and high productivity from a compact body. The GENOS L delivers what the customer wants from a lathe with high machining capacity and accuracy: better cost performance with maximum ease of use. Applicable workpieces Meeting capacity and accuracy requirements with high productivity An integral motor/spindle is used for low spindle vibration to achieve high accuracy machining. Powerful cutting made possible by highly rigid machine structure that uses a slide guideway in the turret slideway. Fixturing work before machining can also been done easily with an NC tailstock. Excellent user-friendliness allows operators to concentrate on the work Machine configuration for good access and ease of maintenance. A separated coolant tank is used to greatly reduce maintenance time and effort. Machine down time is reduced with little chip accumulation for machine cleanliness even during long, continuous operation in mass production. Okuma s Intelligent Technology reduces operator burden Thermo Active Stabilizer Construction (TAS-C) is used to support dimensional stability on a high plane at cycle start and machining restart. With graphic visualization of machining status on Machining Navi, anyone can use the machine and tools to their fullest without difficulty. Machining dimensional change over time GENOS L00-e actual data (ambient temperature: 8 C change) ø9 µm Machine startup Machining restart Room temp change High dimensional stability 3 4

Meeting capacity and accuracy requirements with high productivity Achieve a powerful, high-quality machining The integral motor/spindle provides fast and high output with high machining capacity at

High accuracy milling Milling tools can be attached to all locations on turrets with milling specifications. With a spindle indexing coand of 0.001, high accuracy milling can be done at any angle.

8 (2 min/cont) 0 4.0 (2 min) V12 radial multitasking turret Torque 1.3 N-m (2 min) 11.4 N-m (cont) 1.

4 Meeting capacity and accuracy requirements with high productivity Achieve a powerful, high-quality machining The integral motor/spindle provides fast and high output with high machining capacity at high quality. And Okuma s legendary slide guideways are highly rigid to handle powerful cutting loads that result in high productivity. High accuracy milling Milling tools can be attached to all locations on turrets with milling specifications. With a spindle indexing coand of 0.001, high accuracy milling can be done at any angle. Two types of multitasking turret, VDI and radial, are available on the GENOS L00-e. Milling tool spindle GENOS L2000-e (M) multitasking V12 VDI turret speed: 6,000 min-1 Torque: 1.3 N-m Power: 4.0/1.8 (2 min/cont) (2 min) V12 radial multitasking turret Torque 1.3 N-m (2 min) 11.4 N-m (cont) 1.8 (cont) 1 Output N-m Integral motor/spindle NC Tailstock 60 2,0 4,0 1,0 4,000 6, ,000,000 speed min -1 multitasking V12 VDI turret speed: 4,0 min-1 Torque: 24 N-m Power: 7.0/3.3 ( min/cont) 7.0 ( min) N-m ( min) 14 N-m (cont) 3.3 (cont) Integral motor/spindle GENOS L2000-e Bearing inside diameter: ø0 Through-hole diameter: ø62 speed:,000 min-1 Power: 1/11 (20 min/cont) Torque: 326/239 N-m (20 min/cont) Torque N-m N-m (20 min) 239 N-m (cont) 19 N-m (20 min) 117 N-m (cont) 1 (20 min) 11 (cont) 1 Output GENOS L00-e Bearing inside diameter: ø120 Through-hole diameter: ø80 speed: 3,800 min-1 Power: 22/1 (20 min/cont) Torque: 412/281 N-m (20 min/cont) Torque N-m N-m (20 min) 281 N-m (cont) 191 N-m (20 min) 1 N-m (cont) 22 (20 min) 1 (cont) 1 Output V12 radial multitasking turret Simplified shaft work fixturing Servomotor control NC tailstock is used for the tailstock. Travel and thrust can be set with program coands, greatly increasing ease of use. Setup change can also be easily done. Tailstock specifications GENOS L2000-e GENOS L00-e Tailstock thrust kn kn Rapid traverse 12 m/min Approach m/min Retract 12 m/min Torque N-m Torque N-m ,000 4,0 speed min -1 speed: 6,000 min-1 Torque: 31 N-m Power:./3.7 (2 min/cont) 31N-m (2 min) 21N-m (cont) 2,820 2,220 3,000 V12 radial multitasking turret. (2 min) 3.7 (cont) 1 1 Output Output 4 4, ,000,000 speed min ,0 3, ,000,000 speed min ,680 6, ,000,000 speed min -1 6

Excellent user-friendliness allows operators to concentrate on the work Okuma s Intelligent Technology reduces operator burden Machine designed for

center Outstanding chip discharge The chip discharge outlet is 2 times larger than on previous machines, minimizing chip accumulation.

Cutting condition search function for turning Machining Navi L-g (guided, harmonic spindle speed control) Varying the spindle speed in accordance

Tool life can be extended and machining time reduced with use of the optimum cutting conditions, producing significant effects in drilling/boring

Cutting condition search in threading Machining Navi T-g (threading) When chatter occurs in threading, general methods to resolve the problem have

Machining Navi T-g (threading) provides optimum control, increasing or decreasing spindle speed on each pass to inhibit the periodic vibrations

1,1 speed speed Harmonic period Harmonic amplitude speed Path 1, 2, 3, 4, speed Path 1, 3,, Harmonic amplitude Time Time Time Path 2, 4, 6, Time

coolant tank can be separated away from the machine for easier cleaning.

Chatter marks Smooth surface, clean finished threads Control cabinet Machine tool idling stop ECO Idling Stop Only the necessary unit operates

5 Excellent user-friendliness allows operators to concentrate on the work Okuma s Intelligent Technology reduces operator burden Machine designed for good accessibility access is good with 372 from the machine front face to the spindle center, reducing the work burden of operators. center Outstanding chip discharge The chip discharge outlet is 2 times larger than on previous machines, minimizing chip accumulation. The cleaning frequency is reduced for maximum operation time. Cutting condition search function for turning Machining Navi L-g (guided, harmonic spindle speed control) Varying the spindle speed in accordance with the best amplitude and period makes it possible to suppress chatter during turning operations. Tool life can be extended and machining time reduced with use of the optimum cutting conditions, producing significant effects in drilling/boring bar, threading, and grooving applications. Cutting condition search in threading Machining Navi T-g (threading) When chatter occurs in threading, general methods to resolve the problem have been to either lower cutting conditions at the expense of productivity, or to use special chatter-resistant tools at some cost. Machining Navi T-g (threading) provides optimum control, increasing or decreasing spindle speed on each pass to inhibit the periodic vibrations that are a cause of chatter. 1,1 speed speed Harmonic period Harmonic amplitude speed Path 1, 2, 3, 4, speed Path 1, 3,, Harmonic amplitude Time Time Time Path 2, 4, 6, Time 372 Previous chip discharge <Normal threading> <Machining Navi T-g> Simplified coolant tank maintenance Machining Navi L-g Machining Navi T-g The coolant tank can be separated away from the machine for easier cleaning. The tank and the control cabinet share the same maintenance space to minimize the machine footprint. Chatter marks Smooth surface, clean finished threads Control cabinet Machine tool idling stop ECO Idling Stop Only the necessary unit operates Operation only for the time required for each unit ECO Idling Stop Idling time can be set by individual unit for the spindle, feed shaft, and peripheral equipment. By reducing the idling time, power consumption can also be reduced. Example of equipment that can use Idling Stop On-the-spot check of energy savings ECO Power Monitor Power is shown individually for spindle, feed axes, and auxiliaries on the OSP operation screen. The energy-saving benefits from auxiliary equipment stopped with ECO Idling Stop can be confirmed on the spot. Example of Power Monitor check Rear discharge specs Before ECO Idling Stop After ECO Idlling Stop The displayed values are one example. 7 8

The Next-Generation Intelligent CNC Machine Specifications Item Model name T GENOS L2000-e (L) C DBC 290 C DBC 0 GENOS L2000-e (M) C DBC 380 With revamped operation and responsiveness ease of use for

6 The Next-Generation Intelligent CNC Machine Specifications Item Model name T GENOS L2000-e (L) C DBC 290 C DBC 0 GENOS L2000-e (M) C DBC 380 With revamped operation and responsiveness ease of use for machine shops first! Capacity Swing over bed Max turning dia Max work length 290 ø2 ø4 0 ø Smart factories implement advanced digitization and networking (IoT) in "Monozukuri," (manufacturing) achieving enhanced productivity and added value. The OSP has evolved tremendously as CNC control suited to advanced intelligent technology. Okuma s new control uses the latest CPUs for a tremendous boost in operability, rendering performance, and processing speed. The OSP Suite also features a full range of useful apps that could only come from a machine-tool manufacturer, making smart manufacturing a reality. Travels X axis Z axis C axis control angle speed deg min to, º (min. control angle 0.001º) Smooth, comfortable operation with the feeling of using a smart phone Speed ranges nose type 2 auto ranges (2 range motor coil switching) JIS A2-6 bore dia ø62 Improved rendering performance and use of a multi-touch panel achieve intuitive graphical operation. Moving, enlarging, reducing, and rotating 3D models, as well as list views of tool data, programs, and other information can be accomplished through smooth, speedy operations with the same feel as using a smart phone. The screen display layout on the operation screen can also be changed to suit operator tastes, and customized for needs from beginning to veteran operator. Turret Front bearing dia Type No. of tools tool V12 12 ø0 Multitasking V12 VDI (Axial) L and M : 12 Enlarge Smooth operations even with wet or work-gloved hands Rotate Milling tool Feedrates OD tool shank ID tool shank dia Turret indexing time speed Speed range Rapid traverse (X, Z) sec/index min -1 m/min /1 index ø32 X : 2, Z : /1 index to 6,000 Infinitely variable Rapid traverse (tailstock) m/min 12 Rapid traverse (C) min Feedrate (X, Z) /rev to 1, Tailstock Tapered bore type MT No.4 (revolving center) MT No. (revolving center) Features you wanted loaded with new OSP suite apps! Motors Tailstock travel Main spindle 24 1/11 (20 min/cont) 420 We made these real through the addition of Okuma's machining expertise based on requests we heard from customers in the machine shop. These are filled with intelligence that enhances the "strength in the field" that CNC control can accomplish because it's created by a machine-tool manufacturer. Milling tool spindle Axis drive (X) Axis drive (Z) /1.8 (2 min/cont) Increased productivity through visualization of motor power reserve Output Monitor The specified spindle output (red line: short time rating, green line: continuous rating) and the spindle output in current cutting (blue circle) are simultaneously displayed on the screen, for real-time view of power reserve during cutting. This allows speeding up cutting by increasing the spindle speed or feed rate while monitoring the graph to ensure that the blue circle does not cross the lines. Machine size CNC Tailstock travel Coolant motor (/60 Hz) Height Floor space (tank included) Weight kg 1,702 1,843 3,000 2,01 1,843 3, /0.7 1,620 OSP-P0LA-e 2,600 1,832 The details are under consideration [ ]: Optional Easy programing without keying in code Scheduled Program Editor Monitoring utilization status even when away from the machine Notification 9

7 Machine Specifications Tooling System Unit: Item Model name T GENOS L00-e (L) C DBC 0 C DBC 1,0 T C DBC 0 C DBC 1,000 GENOS L2000-e (L) Capacity Swing over bed ø20 ID-Turning Turning Swing over saddle ø400 Travels Max turning dia Max work length X axis Z axis 0 20 ø340 1,0 1, [Radial: 380] 20 [Radial: 460] ø0 1,060 [Radial: Details are under consideration] 1,144 [Radial: 1,0] Drill sleeve MT No.1-H32 MT No.2-H32 MT No.3-H32 C axis control angle deg 360º (min. control angle 0.001º) Turret speed Speed ranges nose type bore dia Front bearing dia Type min -1 V12 38 to 3,800 2 auto ranges (2 range motor coil switching) JIS A2-8 ø80 ø120 Multitasking V12 VDI (Axial) [Multitasking V12 radial] Boring bar sleeve ø8-h32 ø-h32 ø12-h32 ø16-h32 ø20-h32 ø2-h32 ø32 ID-H32 (DBC 290 W/ tailstock) (ø360 across flats) No. of tools tool 12 L and M: 12 Boring bar OD tool shank ID tool shank dia 2 2 ø40 OD tool shank 2 Turret indexing time sec/index 0.3/1 index 0.1/1 index Milling tool speed min -1 4 to 4,0 [Radial: 4 to 6,000] Coercially available items Speed range Infinitely variable Feedrates Rapid traverse (X, Z) Rapid traverse (tailstock) Rapid traverse (C) Feedrate (X, Z) m/min m/min min -1 /rev 12 X: 2, Z: to 1, GENOS L2000-e (M) VDI multitasking turret Turning Mill/drill Tailstock Motors Tapered bore type Tailstock travel Main spindle MT No. (revolving center) [MT No.4 (built-in)] /1 (20 min/cont) MT No. (revolving center) [MT No.4 (built-in)] Drill sleeve MT No.1-H32 MT No.2-H32 MT No.3-H32 ID-H32 Milling tool spindle Axis drive (X) Axis drive (Z) /3.3 ( min/cont) [Radial:./3.7 (2 min/cont)] Boring bar sleeve ø8-h32 ø-h32 ø12-h32 ø16-h32 ø20-h32 ø2-h32 Turning Axial mill/drill unit Tailstock travel Coolant motor (/60 Hz) / A Collets ø1 to ø13 Machine size Height Floor space (tank included) 2,280 1,870 1,791 2,4 1,870 1,792 3,60 1,983 2,280 1,870 1,791 2,4 1,870 1,792 3,60 1,983 Boring bar M- (OD ø360) Weight kg 4,700,000 Details are under consideration 4,700,000 Details are under consideration B CNC OSP-P0LA-e Radial mill/drill unit [ ]: Optional OD tool shank 20 C Coercially available items 11 12

8 Tooling System Unit: Unit: GENOS L00-e (L) V12 radial multitasking turret ID-Turning Turning Turning Mill/Drill Drill sleeve MT No.1-H40 MT No.2-H40 MT No.3-H40 MT No.4-H40 Drill sleeve DS MT No.1-H40 DS MT No.2-H40 DS MT No.3-H40 DS MT No.4-H40 * Axial mill/drill unit Boring bar sleeve ø8-h40 ø-h40 ø12-h40 ø16-h40 ø20-h40 ø2-h40 ø32-h40 ø40 ID-H40 (460 across flats) Boring bar sleeve BS 8-H40 BS -H40 BS 12-H40 BS 16-H40 BS 20-H40 BS 2-H40 BS 32-H40 * ID-H40 M- (340 across flats) Radial mill/drill unit Collets ø2 to ø20 Boring bar Boring bar ø40 OD tool shank 2 * OD tool you can use 2. Duy holder Coercially available items Coercially available items V12 VDI multitasking turret Turning Mill/Drill * A * B Axial mill/drill unit * Drill sleeve MT No.1-H40 MT No.2-H40 MT No.3-H40 MT No.4-H40 C Collets ø2 to ø20 Boring bar sleeve ø8-h40 ø-h40 ø12-h40 ø16-h40 ø20-h40 ø2-h40 ø32-h40 ID-H40 M- (OD ø443) Radial mill/drill unit Boring bar Offset ID-H40 * OD tool you can use 2. Coercially available items 13 14

9 Tool Interference Drawings Unit: Unit: GENOS L2000-e (L) GENOS L2000-e (M) V12 VDI multitasking turret GENOS L00-e (L) V12 VDI multitasking turret B Max turning dia ø140 ID-H32 ø ø32 ø19 2 Ⅰ Max turning swing ø470 ø17 Max tool swing diameter on saddle cover ø0 ø2 Max turning dia ø1 ø168 A ø21 ø174 ø12 ø13 ø170 ø32 ID-Ⅰ Max turning swing ø480 Max turning dia ø200 ø ID Ⅰ 2 2 ø220 ø40 ø24 3 X-axis travel ø220 Max turning dia ø340 ø24 Axial mill/drill unit ø177 ø144 ø206 Max tool swing ø6 ID-H40 ø232 ø193 ø1 ø184 ø0 center 2 2 ø X-axis travel Ⅱ ø center X-axis travel 16 ø Ⅱ Max turning swing ø ø134 ø166 Radial mill/drill unit A Max turning dia X-axis travel 23 V12 radial multitasking turret Max tool swing ø6 ø190 Ⅱ 77 ø ø1 ø18 X-axis travel Radial mill/drill unit ø20 ID-H40 ø220 ø ø2 center ø220 ø216 Max turning dia ø0 ø220 ø20 ø220 Axial mill/drill unit Ⅰ 1 16

10 Working Ranges Unit: Unit: GENOS L2000-e (L) DBC 290 ID GENOS L00-e (L) DBC (Z-axis travel) 7 ID (Z-axis travel) (Z-axis travel) (Z-axis travel) ø (X-axis travel) 3 ø2 39 ø (X-axis travel) ø (X-axis travel) B-2A8 GENOS L00-e (L) DBC 10 V12 w/ tailstock turret ø24 B-2A8 ø (X-axis travel) B-208A6 B-208A6 8 1, ,144 (Z-axis travel) 82 7 ID 8 1, ,144 (Z-axis travel) 82 6 GENOS L2000-e (L) DBC 0 W/ tailstock ID B-2A8 23 (X-axis travel) Turret rotation center B-2A8 23 (X-axis travel) Turret rotation center (Z-axis travel) (Z-axis travel) ø (62) 980 (tailstock travel) 1, , ø With center removed tailstock 980 (tailstock travel) 1, , B-208A6 ø B-208A6 32 ø (72.2) 420 (NC tailstock travel) 420 (NC tailstock travel) GENOS L2000-e (M) DBC 380 V12 VDI multitasking turret W/ tailstock Axial drill/mill unit Radial drill/mill unit 43 ø (X-axis travel) 32 With center removed tailstock DBC 0 V12 VDI multitasking turret Axial drill/mill unit (Z-axis travel) VDI ø B-2A8 23 (X-axis travel) With center removed tailstock Radial drill/mill unit (Z-axis travel) ø24 B-2A8 (99.7) 400 (tailstock travel) 400 (tailstock travel) (X-axis travel) VDI (Z-axis travel) (Z-axis travel) DBC 00 V12 VDI multitasking turret Axial drill/mill unit Radial drill/mill unit 3 39 ø2 B-208A M-VDI 420 (NC tailstock travel) (X-axis travel) With center removed tailstock 3 39 ø2 B-208A (148.2) 420 (NC tailstock travel) M-VDI (X-axis travel) ,27 2 1,144 (Z-axis travel) ø24 B-2A (X-axis travel) Turret rotation center 9 With center removed tailstock 980 (tailstock travel) , VDI , ,144 (Z-axis travel) ø B-2A8 23 (X-axis travel) Turret rotation center VDI (123) 980 (tailstock travel) ,

11 Dimensional Drawing Unit: Dimensional Drawing Unit: GENOS L2000-e (L) DBC 290 Control cabinet door space ,39 GENOS L00-e (L) DBC 0 Power inlet (ceiling) 1,020 1, ,91 Coolant pump fan cooler maintenance cover swivel space , Coolant pump Hydraulic unit , fan cooler Hydraulic unit 120 Chuck open/close manifold Headstock 1,620 1,0 70 2,01 (Door opening) 427 Status indicator Operation panel Tailstock L chip conveyor side H chip buckets L chip buckets ,002 1,608. L chip conveyor rear H chip buckets L chip buckets ,791 1,1 681 Headstock 93 (Door opening) Operation panel Status indicator Tailstock H chip conveyor side (optional specification) L chip conveyor side (optional specification) H Chip buckets 917 1,333 1,791.3 Chip conveyor rear (optional accessory) Chip bucket (optional accessory) 1,000 1,326 0 Maintenance space Lubricant tank 2, Maintenance space (rear discharge) 1,2 Chip conveyor ,470 1,843 2,374 2, Lubricant tank L Chip buckets (Optional accessories) 0 2,4 1,349 Maintenance space ,140 1,140 Chip conveyor ,4 43 1, ,02 GENOS L2000-e (L) DBC 0 GENOS L00-e (L) DBC 10 Control box maintenance space ,400 1,9 Coolant pump Hydraulic unit Control box maintenance space Control box maintenance space ,000 2, Power inlet (Ceiling) Coolant pump Hydraulic unit 3,260 fan cooler 1, fan cooler 493 1,411 8 Operation panel maintenance space Operation panel maintenance space Head stock Chuck open/close manifold 1,620 1,0 70 Turret 2,480 9 (Door opening width) Operation panel Signal lamp Tail stock Side Chip conveyor L Chip bucket L 702 1,080 1, Rear Chip conveyor L Chip bucket L Head stock Chuck open/close manifold 1,792 1,1 682 Turret 3,60 1,189 (Door opening width) Signal lamp Operation panel Tail stock 2, Lubrication unit 882 Maintenance space ,600 0,72 Maintenance space (Rear discharge) 1,90 (Chip conveyor ) ,480 1, Lubrication unit Maintenance space ,981 3,60 4, Vaintenance space (Rear discharge) ,983 2,

12 OSP-P0LA-e Okuma Sampling Path Control Standard Specifications Optional Specifications Name Description Name Description Features Axis control Position feedback Tape format RS-232C interface Prograing Min coand units Max coand units Prograable units Decimal point data Feedrates feed Tooling VAC motor operation M-spindle motor operation (multi-machining) Display Manual operation Multitasking Self-diagnostics Door interlock NC torque limiter Hi-G control Thermal deformation prevention Other Operation OSP-Win 7 Sequence number search Sequence restart Manual interrupt/auto return Threading slide hold Prograing Memory operation* Useful help PLC monitor Output Management Function Display External output Prograing Function Nose R compensation Arc radius designation Arbitrary angle chamfering Taper angle designation /min (ipm) prograing Program schedule Zero offsets via G-codes Threading Custom fixed cycle Fixed drilling cycle (multi-machining) User task 1 Program notes 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+3, Z+3, I+3, K+3, F+3, 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: digit decimal, ± Freely selectable: 1µm, µm, 1 1µm, µm, 1 increments Feedrates are listed in the machine specs; override: 0~200%, dwell: 0.01~ sec. Tool selection: 8/12 sets, tool offset(compensation): 32 sets, max compensation value: Auto tool compensation: calculated from manually input wear and tear measurement values Direct spindle speed coands (S4), fixed cutting speed speed override (~200%), optimum turning speed designation Direct motor speed input 1 Color display panel, multi-touch panel. (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 Instant detection of machine collision to reduce machine damage Calculates of the speed control and torque properties of a motor for high-speed, high-stability positioning Extremely accurate deformation control 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/G3 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 prograing of arbitrary angle chamfers (C, R) Taper interpolation by designating either the X or Z-axis and the starting point angle Both /rev and /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: 0.001~00.000; 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 GOTO, IF statements, arithmetic, coon variable, local variable, system operation variables Coents can be added to programs Programing User task 2 Automatic prograing (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 NC operation monitor NC work counter Tool life management Load monitor Cycle time over check DNC-T1 DNC-T* Machining Navi L-g Machining Navi T-g (Threading) Gauging Auto work gauging/compensation Touch setter tool tip Automated Unattended Operation Chuck pressure switching Tailstock quill pressure switching Auto door open/close Air cleaner Extra M-codes Auto power shut-off Cycle time reduction Other* Sub-prograing, 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) Prograing possible by changing X, C-axes to X, Y-axis rectangular coordinate system Prograing 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 prograing 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 Display of cutting, operation, spindle speed, etc., on the LED; workpiece count-up Counts M occurrences (displayed on the LED): alarm-stop at count-up Automatically calculates workpieces and cutting time, rotates a spare tool in when the set value for the tool life has been reached 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. Cutting condition search for turning Cutting condition search in threading Integral Automatic External High/low switching via M-codes High/low tailstock quill thrust switching with M-codes Auto 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 sets Power supply is shut off automatically according to M 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 OSP-VPS (Virus Protection System) * Need to discuss with sales engineer Multi-machining Corresponding Kit Corresponding TE Kit TD TEX 21 22

13 When using Okuma products, always read the safety precautions mentioned in the instruction manual and attached to the product. OKUMA Europe GmbH Europark Fichtenhain A Krefeld Tel.: +49 (0) Fax: +49 (0) 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. The specifications, illustrations, and descriptions in this brochure vary in different markets and are subject to change without notice. Pub.No.GENOS-L2000-L00-e-OEG-E-(1)-0 (Aug 2017)

2-Spindle Horizontal CNC lathes

2-Spindle Horizontal CNC lathes 2-Spindle Horizontal CNC lathes 2SP series machines are true 2-spindle lathes that boast space savings and high productivity Max turning diameter length: ø0 0 Max turning