Turret Type, 4-axes Multi-Tasking Machine

Highly productive compact machine. Bar capacity: φ65 mm. Multi-Tasking CNC lathe with upper/lower Y-axes optimum for bar workpieces. In-machine workpiece discharge is automated, and automatic discharge is enabled without considering floor space.

Machine Main Specifications
Upper Turret Y-Axis (Y1-Axis)  
Lower Turret Y-Axis (Y2-Axis)  
Right Spindle  
Chuck Size inch 8
Type of Turret   12-Station Turret (T12)
Max. Turning Diameter mm φ215
Max. Turning Length mm 620
Bar Capacity *1 mm φ65
Left Spindle Speed min-1 4500
Right Spindle Speed min-1 6000
Rotary Tool Speed min-1 6000
Rapid Traverse Rate (Upper Turret) m/min X1 : 20 / Y1 : 12 / Z1 : 40
Rapid Traverse Rate (Lower Turret) m/min X2 : 20 / Y2 : 12 / Z2 : 40
Left Spindle Motor (S3 25%/continuous) kW 15/11
Right Spindle Motor (S3 25%/continuous) kW 11/7.5
Rotary Tool Motor (S3 25%/continuous) kW 5.5/3.7
Machine Height mm 2230
Required Floor Space mm 4254×2460 *2
Machine Weight kg 8300

●:?Standard -:?None
*1) Please note the bar capacity follows types of chucks and cylinders.
*2) With Work Oil Pan, Chip Conveyor and Operation Panel.

  • The highly rigid 45° slant bed
  • Upper/Lower Y-Axis (Y1/Y2-Axis : +45~-45mm)
  • 15/11kW High power & high torque motor spindle!
  • Stronger Milling Motor 5.5/3.7kW
Supporting Turnkey(Optional)
Supporting automation with in-machine unloader and discharge conveyor.
iHMI Human-Machine Interface

Comfortable and easy operation along work flow!!
Consistently supports operation by functions necessary for "Planning", "Machining", and "Improvement" processes on site!

  • Supports operation by careless mistake prevention function.
  • i HMI Machining Program Creation Support
  • Conversational Programming for Lathe(PANEL iH Pro)
  • Machine Collision Avoidance (PANEL iH Pro)

We are CGTech “Technology Partner Program” Member

Touch Type Operation Panel
15 inch (Standard) 19 inch (Option)
Machine Collision Avoidance
Takisawa Original Software 

"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.