PUMA TT Series

The PUMA TT Series is designed for superior surface finishes and long-term high accuracy. Twin turrets and twin spindles are a great high productivity solution, especially for handling small-sized & complex parts for mass production. Multi-tasking capabilities increase productivity by reducing work in process.

The PUMA TT Series features dual-turret technology for simultaneous machining, maximizing productivity with high-speed multi-axis turning solutions.

PUMA TT1800SY: Dual-spindle, dual-turret machine for increased throughput in high-volume production environments.
PUMA TT2100SYYB: Enhanced with additional milling and turning capabilities for more demanding applications.

Additional Features and Benefits

Dual-Turret Design for Simultaneous Machining: Increases efficiency and reduces cycle times.
Advanced Control Systems: Offer precise synchronization between spindles and turrets for seamless operation.
Optimized for High-Volume Production: Ideal for automotive and other industries demanding rapid part turnover.

High-Torque Simultaneous Machining with Y-Axis Power

The PUMA TT1800SY is a dual-spindle, dual-turret turning center engineered for high-volume production environments requiring complex, multi-sided part processing. Featuring Y-axis capability on the upper turret and an integral sub-spindle, it supports true simultaneous machining and balanced operations. Ideal for automotive, aerospace, and industrial applications, this machine excels in reducing cycle times, improving part consistency, and streamlining workflows.

Powerful Dual-Turret Architecture with Y-Axis Precision

The TT1800SY’s upper turret is equipped with Y-axis travel of ±2.05", enabling off-center milling, drilling, and tapping in a single setup. Its lower turret supports both main and sub-spindle operations for full part handoff machining. With live tooling, servo-driven indexing, and C-axis control on both spindles, users can program mirror operations or simultaneous front/back work for unmatched efficiency.

Max Turning Diameter: 10.2"
Max Turning Length: 20.9"
Chuck Size: 8" (main and sub)
Bar Capacity: 2.6"
Spindle Speed: 4,500 rpm
Turret Tool Stations: 12 upper, 12 lower

Engineered for Stability, Accuracy, and Longevity

A heavy-duty slant-bed casting provides the rigidity needed for aggressive turning and live milling. Ball screw cooling and spindle chiller systems maintain thermal stability across long cycles. LM roller-type guideways on all axes support high-speed movements while minimizing vibration. Indexing time of 0.2 seconds per turret position and high-power live tools (up to 5,000 rpm) keep the spindle engaged longer—boosting part output without sacrificing precision.

Automation Ready with Tool Monitoring and Probing Options

The PUMA TT1800SY is designed for integration with bar feeders, gantry loaders, or robotic automation. Its tool load monitoring system detects overload or missing tools, while optional probing systems simplify part alignment and in-process inspection. With fast turret indexing, a sub-spindle with full C-axis control, and programmable tailstock support, this machine reduces downtime and maximizes spindle utilization.

Key features include:

Manual Pulse Generator (MPG)
Through-turret and through-spindle coolant
Fanuc iHMI touchscreen control interface
Automatic tool presetter
Coolant chiller and chip management system

FAQ Section

How does the PUMA TT1800SY reduce total machining time?

The TT1800SY uses two spindles and two turrets to simultaneously machine multiple surfaces or operations in one cycle. While one turret is roughing a part, the other can finish or work on a separate spindle. This parallel operation, combined with part handoff and Y-axis milling, dramatically reduces cycle time compared to traditional lathes.

What type of parts are ideal for the TT1800SY?

This machine is ideal for medium-diameter shaft-type parts, valve components, housings, and complex cylindrical workpieces that require both turning and milling. It's especially effective in high-volume production settings, including automotive, fluid power, and connector applications, where accuracy and efficiency are equally important.

What advantages does the Y-axis add to the upper turret?

Y-axis travel on the upper turret allows for true 3D contouring, off-center features, and angular drilling without repositioning the part. It eliminates the need for additional operations on a milling machine, allowing for full part completion in one cycle. This results in fewer setups, reduced errors, and tighter tolerances.

Is the TT1800SY compatible with lights-out or unattended machining?

Yes. With tool load monitoring, thermal compensation, and sub-spindle part transfer, the machine is capable of running unattended for long periods. Optional automation packages and integrated probing systems further support lights-out operations. Its coolant and chip evacuation systems are also designed for extended runtime without operator intervention.

What control system does the machine use, and how user-friendly is it?

The TT1800SY features the Fanuc iHMI control with an intuitive touchscreen interface. It provides conversational programming support, graphical toolpath simulation, and real-time process visualization. It’s designed to streamline operation, reduce training time, and support both novice and advanced programmers in complex multi-axis environments.