D Series Axial Servo Power Tooling Turret

Axial servo power tooling turrets are advanced components in CNC (Computer Numerical Control) machining centers, providing enhanced flexibility, precision, and efficiency. These turrets, driven by servo motors, allow for the automated and precise positioning of multiple tools, enabling complex machining operations without the need for manual tool changes.

1.Taking  D series servo turret as the  platform, external power  module  is  added  to  compose  SLTAserviesaxial power  tooling  servo,  which  has  reasonably  compact layout

2.High-precision  triple  hirth  coupling  and  hydraulic clamping devices for loosening and combining of power head  are  used  to  obtain  high  indexing  accuracy  and reliable clamping.

3.Separate  spindle  servo  motor  under  simple  control provides tool's driving force. Modular interface can adapt to a variety of the spindle motor, whose maximum power up to 11kw.

4.Each station can be assembled with a power tool, while only the work position provides the driving force. Tool block complies  with  international  standards  DIN69880  and DIN1809.

Key Features of Axial Servo Power Tooling Turrets

Servo Motor Drive:

Precision Control: Servo motors offer precise control over turret positioning, ensuring accurate and repeatable tool changes.

Speed and Efficiency: Servo-driven turrets can quickly and accurately index tools, reducing cycle times and increasing productivity.

Axial Tooling Configuration:

Versatility: Axial tooling allows for tools to be mounted parallel to the spindle axis, providing greater flexibility for various machining operations such as turning, drilling, and milling.

Compact Design: The axial configuration typically results in a more compact turret design, saving space in the machining center and allowing for more efficient use of the workspace.

High Torque and Stiffness:

Robust Construction: Designed to handle high torque loads, ensuring stability and accuracy during heavy-duty machining operations.

Enhanced Rigidity: Increased stiffness minimizes tool deflection and vibration, improving the quality of the machined parts.

Automatic Tool Change:

Reduced Downtime: Automatic tool changing capabilities eliminate the need for manual intervention, leading to reduced downtime and increased machine utilization.

Multi-Tool Capacity: The turret can hold multiple tools, allowing for seamless transitions between different machining operations within a single setup.