product

TS-Series
Combined Machining CNC Lathe
(Y-Axis, Opposed Twin-Spindle /
1 Turret)

Combined machining CNC lathe developing machining area

TS corresponds to integrally-shaped workpieces involving turning and rotating-tool cutting processes.
This CNC lathe (combined machining CNC lathe) integrates processes highly efficiently by its strong milling and Y-axis control.
In the automation support system, TAKISAWA's original gantry loader improves productivity.

TS-3000

Including options.

Y-Axis, Opposed Twin-Spindle / 1 Turret Type TAKISAWA Superb Turning Center TS-3000YS!

The process integration type combined machining CNC lathe TS-3000YS flexibly corresponds to variable-kind variable-lot workpieces required in aircraft, medical, and construction machine markets. With the right and left two spindles, it can complete machining of front and rear processes all in one.

The chuck size is 8", and the 20 HP (15 kW) built-in spindle motor ensures high speed cutting. The tool capacity, which is the most important factor in combined machining, is more than 40 tools when attaching a double holder to the optional 20-station turret.
The bar material machining capability of the spindle is increased to incomparably large 67 mm to correspond to the latest machining methods optimum for variable-kind variable-lot workpieces. Accordingly, it can finish a part directly from a large-diameter bar without using a saw machine. At the same time, the combined machining function exhibits the capability of a small machining center thanks to the incomparably long 120 mm stroke on the Y-axis and the 10 HP (7.5 kW) high power milling motor.
Also, TAKISAWA's harden and ground box guides with high durability and high accuracy are used for the cutting axes so as to minimize secular change even under a long-term severe condition. It is an environmentally friendly and energy-saving machine with intensive energy-saving specifications such as LED light.

  • More detailsOpen or Close
    Machine Main Specifications
      TS-3000YS
    ( Standard仕様)
    TS-3000Y
    Right Spindle Stock   -
    Tailstock (NC Servo Type)   -
    Chuck Size inch 8+6 8
    Type of Turret   12-Station Turret
    (All-Holder Type)
    Standard
    10-Station Turret
    (All-Holder Type)
    15-Station Turret
    (All-Holder Type)
    20-Station Turret
    (All-Holder Type)
    12-Station Turret
    (All-Holder Type)
    Standard
    10-Station Turret
    (All-Holder Type)
    15-Station Turret
    (All-Holder Type)
    20-Station Turret
    (All-Holder Type)
    Max. Turning Diameter  mm φ370 φ315 φ292 φ370 φ315 φ292
    Max. Turning Length mm 550 535 545 550 535 545
    Bar Capacity *1 mm φ67 φ67
    Left Spindle Speed min-1 5000 5000
    Right Spindle Speed min-1 6000 -
    Rotary Tool Speed min-1 6000 6000
    Rapid Traverse Rate m/min X : 30 / Z : 30 / Y : 10 / A : 30 X : 30 / Z : 30 / Y : 10 / A : 13
    Left Spindle Motor
    (30 min/continuous)
    kW 15/11 15/11
    Right Spindle Motor
    (30 min/continuous)
    kW 11/7.5 -
    Rotary Tool Motor
    (S3 25%/continuous)
    kW 7.5/3.7 7.5/3.7
    Machine Height mm 2300 2300
    Required Floor Space mm 2800×2140 *2 2800×2070 *2
    Machine Weight kg 6200 6000

    ●: Standard -: None
    *1) Please note the bar capacity follows types of chucks and cylinders.
    *2) Without Oilpan and Chip Conveyor.

    Feature
    • The highly rigid 30° slant bed
    • The highly rigid rectangular slideways.
    • High Power Built-in Motor
    • LONGER 4.7” Y-axis
    • Stronger Milling Motor 7.5kW, 12-Station Milling Turret
    • 12-station turret (option: 10/15/20-station) available
    In-machine Automation (Special Specification)
    Work Discharging Partscatcher
    Takisawa Original Software 
    Tiwap-1

    "TiwaP-1" is an interactive programming system fully supporting creation, simulation, and execution of machining programs to reduce operator' labor.
    "Input" by the interactive system is easy for the operator to create programs without knowledge of G codes. "Check" of programs can be done by simulating the cutting results with 3D animation and tool path drawing. In "Operation", the machining spindle and the order of process types are automatically recognized to optimally execute spindle control and C-axis zero return.

TS-4000

Y-Axis, Opposed Twin-Spindle / 1 Turret Type TAKISAWA Superb Turning Center TS-4000YS!

TAKISAWA has released the process integration type combined machining CNC lathe TS-4000YS flexibly corresponding to variable-kind variable-lot workpieces required in aircraft, medical, and construction machine markets growing in demand. With the right and left two spindles, it can complete machining of front and rear processes all in one.

The chuck size is 10", and the 30 HP (22 kW) built-in spindle motor ensures high speed cutting. The tool capacity, which is the most important factor in combined machining, is more than 40 tools when attaching a double holder to the optional 20-station turret.
The bar material machining capability of the spindle is increased to incomparably large 82 mm to correspond to the latest machining methods optimum for variable-kind variable-lot workpieces. Accordingly, it can directly finish a part from a large-diameter bar without using a saw machine. At the same time, the combined machining function exhibits the capability of a small machining center thanks to the incomparably long 120 mm stroke
Also, TAKISAWA's harden and ground box guides with high durability and high accuracy are used for the cutting axes so as to minimize secular change even under a long-term severe condition. It is an environmentally friendly and energy-saving machine with intensive energy-saving specifications such as LED light.

  • More detailsOpen or Close
    Machine Main Specifications
      TS-4000YS
    ( Standard仕様)
    TS-4000Y
    Right Spindle Stock   -
    Tailstock (NC Servo Type)   -
    Chuck Size inch 10+6 10
    Type of Turret   12-Station Turret
    (All-Holder Type)
    Standard
    10-Station Turret
    (All-Holder Type)
    15-Station Turret
    (All-Holder Type)
    20-Station Turret
    (All-Holder Type)
    12-Station Turret
    (All-Holder Type)
    Standard
    10-Station Turret
    (All-Holder Type)
    15-Station Turret
    (All-Holder Type)
    20-Station Turret
    (All-Holder Type)
    Max. Turning Diameter  mm φ370 φ315 φ292 φ370 φ315 φ292
    Max. Turning Length mm 750 735 750 750 735 750
    Bar Capacity *1 mm φ82 φ82
    Left Spindle Speed min-1 4200 4200
    Right Spindle Speed min-1 6000 -
    Rotary Tool Speed min-1 6000 6000
    Rapid Traverse Rate m/min X : 30 / Z : 30 / Y : 10 / A : 30 X : 30 / Z : 30 / Y : 10 / A : 13
    Left Spindle Motor
    (30 min/continuous)
    kW 22/15 22/15
    Right Spindle Motor
    (30 min/continuous)
    kW 11/7.5 -
    Rotary Tool Motor
    (S3 25%/continuous)
    kW 7.5/3.7 7.5/3.7
    Machine Height mm 2300 2300
    Required Floor Space mm 3000×2140 *2 3000×2070 *2
    Machine Weight kg 6200 6000

    ●: Standard -: None
    *1) Please note the bar capacity follows types of chucks and cylinders.
    *2) Without Oilpan and Chip Conveyor.

    Feature
    • The highly rigid 30° slant bed
    • The highly rigid rectangular slideways.
    • High Power Built-in Motor
    • LONGER 4.7” Y-axis
    • Stronger Milling Motor 7.5kW, 12-Station Milling Turret
    • 12-station turret (option: 10/15/20-station) available
    In-machine Automation (Special Specification)
    Work Discharging Unloader / Discharging Partscatcher
    Takisawa Original Software 
    Tiwap-1

    "TiwaP-1" is an interactive programming system fully supporting creation, simulation, and execution of machining programs to reduce operator' labor.
    "Input" by the interactive system is easy for the operator to create programs without knowledge of G codes. "Check" of programs can be done by simulating the cutting results with 3D animation and tool path drawing. In "Operation", the machining spindle and the order of process types are automatically recognized to optimally execute spindle control and C-axis zero return.

TS-5000

Including options.

Y-Axis, Opposed Twin-Spindle / 1 Turret Type TAKISAWA Superb Turning Center TS-5000YS!

The process integration type combined machining CNC lathe TS-5000YS flexibly corresponds to variable-kind variable-lot workpieces required by the markets growing in demand. With the right and left two spindles, it can complete machining of front and rear processes all in one.

  • More detailsOpen or Close
    Machine Main Specifications
      TS-5000YS
    ( Standard仕様)
    TS-5000Y
    Right Spindle Stock   -
    Tailstock (NC Servo Type)   -
    Chuck Size inch 12+8 12
    Type of Turret   12-Station Turret
    (All-Holder Type)
    Standard
    10-Station Turret
    (All-Holder Type)
    15-Station Turret
    (All-Holder Type)
    20-Station Turret
    (All-Holder Type)
    12-Station Turret
    (All-Holder Type)
    Standard
    10-Station Turret
    (All-Holder Type)
    15-Station Turret
    (All-Holder Type)
    20-Station Turret
    (All-Holder Type)
    Max. Turning Diameter  mm φ370 φ315 φ292 φ370 φ315 φ292
    Max. Turning Length mm 1300 1285 1300 1300 1285 1300
    Bar Capacity *1 mm φ102 [OP. φ82] φ102 [OP. φ82]
    Left Spindle Speed min-1 2500 [OP. 4200] 2500 [OP. 4200]
    Right Spindle Speed min-1 5000 [OP. 6000] -
    Rotary Tool Speed min-1 6000 6000
    Rapid Traverse Rate m/min X : 30 / Z : 30 / Y : 10 / A : 30 X : 30 / Z : 30 / Y : 10 / A : 13
    Left Spindle Motor
    (30 min/continuous)
    kW 22/15 22/15
    Right Spindle Motor
    (30 min/continuous)
    kW 11/7.5 -
    Rotary Tool Motor
    (S3 25%/continuous)
    kW 7.5/3.7 7.5/3.7
    Machine Height mm 2300 2300
    Required Floor Space mm 4105×2255 *2 4105×2255 *2
    Machine Weight kg 8700 8500

    ●: Standard -: None
    *1) Please note the bar capacity follows types of chucks and cylinders.
    *2) Without Oilpan and Chip Conveyor.

    Takisawa Original Software 
    Tiwap-1

    "TiwaP-1" is an interactive programming system fully supporting creation, simulation, and execution of machining programs to reduce operator' labor.
    "Input" by the interactive system is easy for the operator to create programs without knowledge of G codes. "Check" of programs can be done by simulating the cutting results with 3D animation and tool path drawing. In "Operation", the machining spindle and the order of process types are automatically recognized to optimally execute spindle control and C-axis zero return.