The Doosan Puma TT1500SY is a high-productivity twin-spindle CNC turning center designed for precision machining of small to medium-sized components in a single setup. Built on a rigid slant-bed structure with box guideways, the machine provides excellent stability, vibration control, and long-term accuracy even during continuous production. Its twin-spindle configuration enables front and back machining without part transfer to another machine, significantly improving efficiency and reducing cycle times.
The TT1500SY typically features 8-inch chucks on both spindles, with a maximum turning diameter of around 300–350 mm and a turning length of approximately 300–400 mm. The main spindle can reach speeds of up to 4,500 RPM, delivering strong torque for both roughing and finishing operations. A single turret with Y-axis capability and live tooling allows milling, drilling, and tapping operations, making it a versatile solution for multi-process machining. Equipped with advanced CNC controls such as Fanuc, the machine ensures ease of programming, high-speed processing, and reliable repeatability. Its compact footprint and efficient design make it well-suited for industries such as automotive, electronics, and precision manufacturing.
DOOSAN PUMA TT1500SYSPECIFICATIONS
DOOSAN PUMA TT1500SY – AXIS
Multi-Axis Twin Spindle CNC Turning Center
X Axis (Upper & Lower Turret)
Z Axis (Upper & Lower Turret)
Y Axis (Upper Turret)
C Axis (Main & Sub Spindle)
Twin Turret Configuration
Dual Spindle System
Approx. 6 Axis Configuration
DOOSAN PUMA TT1500SY – AXIS TRAVELS
X1-Axis Travel: Approx. 165 mm
Z1-Axis Travel: Approx. 470 mm
X2-Axis Travel: Approx. 190 mm
Z2-Axis Travel: Approx. 490 mm
Y-Axis Travel: Approx. ±50 mm
C-Axis: 360° Indexing
DOOSAN PUMA TT1500SY – CAPACITY
Maximum Turning Diameter: Approx. 230 – 250 mm
Maximum Turning Length: Approx. 120 – 500 mm
Bar Capacity: Approx. 50 – 51 mm
Chuck Size: Approx. 6 inch
DOOSAN PUMA TT1500SY – SPINDLE
Main Spindle Speed: Up to 6,000 RPM
Sub-Spindle Speed: Up to 6,000 RPM
Spindle Motor Power: Approx. 15 – 20 kW
Dual Spindle Synchronization
High Speed Precision Turning
DOOSAN PUMA TT1500SY – TABLE
Compact Slant Bed Design
High Rigidity Structure
Designed for High-Speed Production
Optimized for Twin Turret Operations
DOOSAN PUMA TT1500SY – TOOL TURRET
Twin Turrets (Upper & Lower)
12 Stations per Turret (Total 24 Tools)
Live Tooling Capability
Simultaneous Machining on Both Turrets
Fast Indexing Time
DOOSAN PUMA TT1500SY – FEEDRATES
Rapid Traverse (X): High Speed (~30 m/min range)
Rapid Traverse (Z): Up to ~40 m/min
Rapid Traverse (Y): High Speed
High Precision Servo Feed System
DOOSAN PUMA TT1500SY – COOLANT & CHIP MANAGEMENT
Standard Coolant System
Through-Tool Coolant Capability
Chip Conveyor
Designed for Continuous Production
DOOSAN PUMA TT1500SY – CONTROL SYSTEM
FANUC CNC Control (18i Series)
Dual Channel Programming
Simultaneous Machining Control
User Friendly Interface
DOOSAN PUMA TT1500SY – POWER & AIR REQUIREMENTS
Power Requirement: Approx. 40 – 60 kVA
Air Supply Required for Automation
Stable Power Recommended
DOOSAN PUMA TT1500SY – DIMENSIONS
Machine Length: Approx. 3,000 – 3,500 mm
Machine Width: Approx. 2,000 – 2,500 mm
Machine Height: Approx. 2,000 – 2,300 mm
Machine Weight: Approx. 7,000 – 8,000 kg
DOOSAN PUMA TT1500SY – GENERAL INFORMATION
Twin Turret Twin Spindle CNC Lathe
Designed for High Volume Production
Enables Simultaneous Machining
Reduces Cycle Time Significantly
High Precision and Repeatability
INDUSTRIES THAT USE DOOSAN PUMA TT1500SY
Automotive
Aerospace
Medical Components
Electronics
Precision Engineering
TYPICAL PARTS DOOSAN PUMA TT1500SY CAN PRODUCE
Small Precision Shafts
Bushings
Connectors
Medical Components
High Volume Turned Parts
WHY CHOOSE DOOSAN PUMA TT1500SY
Twin Turret for Simultaneous Machining
Dual Spindle for Increased Productivity
Compact and High-Speed Machine
Ideal for Mass Production
Reduces Setup and Handling Time
High Accuracy with Faster Cycle Times
WHY BUY USED DOOSAN PUMA TT1500SY
Buying a used Doosan Puma TT1500SY is a practical investment for manufacturers seeking increased productivity and multi-tasking capability at a lower cost. One of the biggest advantages is its twin-spindle design, which allows simultaneous front and back machining, reducing handling time and improving part accuracy. This makes it particularly valuable for high-volume production where efficiency is critical.
Another key benefit is cost efficiency. Machines with sub-spindle and Y-axis capabilities require a higher initial investment when new, but purchasing a used unit allows businesses to access these features at a significantly reduced price. Immediate availability is also a major advantage, as new machines often involve long lead times, while used machines can be quickly installed and integrated into production.
Cutting hours are an important consideration when evaluating a used TT1500SY. Machines with lower spindle and turret usage typically offer better accuracy retention and lower maintenance costs. However, even higher-hour machines can still perform reliably due to their robust construction, provided they have been properly maintained. Many used units also include bar feeders, chip conveyors, and tooling packages, which add further value and reduce additional investment requirements.
HOW MUCH DOES A USED DOOSAN PUMA TT1500SYCOST?
The cost of a used Doosan Puma TT1500SY varies depending on year of manufacture, condition, configuration, and cutting hours. Machines manufactured before 2000 are generally not applicable, as this model is part of a more modern generation of CNC lathes.
Machines from approximately 2008 to 2014 typically range from $40,000 to $70,000. These units often have moderate to high cutting hours and standard configurations, making them suitable for general-purpose production and secondary operations.
Machines produced between 2015 and 2020 generally fall within the $70,000 to $120,000 range. These machines offer a strong balance between cost and performance, often featuring improved CNC systems, better efficiency, and moderate cutting hours. For many buyers, this segment represents excellent value.
Newer machines from 2020 to 2025 can range from $120,000 to $200,000 or more, depending on configuration, tooling, and condition. Machines with lower cutting hours command higher prices due to better accuracy retention and reduced maintenance requirements, while higher-hour machines are more affordable but may require servicing. Overall, cutting time, machine condition, and included accessories remain the most critical factors influencing the final price.