USED DOOSAN PUMA GT2600

The DOOSAN PUMA GT2600 is a heavy-duty CNC turning center designed for production turning applications requiring a large work envelope, substantial bar capacity, and reliable high-speed machining. The GT2600 is commonly configured with a 10″ or 12″ chuck, FANUC CNC control, a 12-station turret, tailstock, and chip conveyor. Depending on the specific configuration, live tooling and C-axis capabilities may also be available.

The GT2600 provides approximately 24.8″ of swing over the bed, 18.1″ maximum turning diameter, and around 24″ of machining length in commonly listed configurations. A 2018 example is documented with a 3.2″ bar capacity, 10″ Samchully chuck, 26.8″ Z-axis travel, and 10.4″ X-axis travel. Other configurations use a 12″ chuck and offer similar production-oriented capacity.

The main spindle reaches 3,500 RPM, with a 30 HP motor on the commonly listed GT2600 configuration. The spindle uses an A2-8 nose, while the 12-station turret provides the tooling capacity needed for production turning. FANUC Oi-TF control, tool presetting, tailstock, and chip conveyor are common equipment on used GT2600 machines.

The DOOSAN PUMA GT2600 is well suited for automotive, hydraulic, industrial equipment, oil and gas, energy, and general precision machining applications. Its combination of large turning diameter, long machining length, high spindle speed, and rigid construction makes it a practical choice for shops machining medium- to large-sized turned components.

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DOOSAN PUMA GT2600 – AXIS

Parameter	Specification
Machine Type	CNC Turning Center
Controlled Axes	2
Optional Configuration	C-Axis / Live Tooling on M Configuration
X-Axis	Yes
Z-Axis	Yes
Turret	12 Station
Tailstock	Yes
CNC Control	FANUC Oi-TF / FANUC i-Series
Spindle C-Axis	Configuration Dependent

The standard GT2600 is a 2-axis CNC turning center, while GT2600M configurations add driven tooling and C-axis machining.

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DOOSAN PUMA GT2600 – AXIS TRAVELS / WORK ENVELOPE

Parameter	Specification
Swing Over Bed	24.8″ / 630 mm
Maximum Turning Diameter	18.1″ / 460 mm
Machining Length	Approx. 24″ / 610 mm
X-Axis Travel	10.4″ / 265 mm
Z-Axis Travel	26.8″ / 680 mm
X Rapid Traverse	945 IPM / 24 m/min
Z Rapid Traverse	1,181 IPM / 30 m/min
Center Distance	Approx. 25.9″
Tailstock	Programmable

These specifications are representative of the commonly listed GT2600 configuration; exact travel and capacity can vary with machine configuration.

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DOOSAN PUMA GT2600 – CAPACITY

Parameter	Specification
Maximum Turning Diameter	18.1″ / 460 mm
Maximum Swing	24.8″ / 630 mm
Machining Length	Approx. 24″ / 610 mm
Bar Capacity	3.2″ / 81 mm
Chuck Size	10″ Standard Configuration
Alternate Chuck	12″ Configuration
Turret Capacity	12 Stations
Tailstock	Yes
Construction	Box-Way
Workpiece Type	Medium/Large Turned Components

A 2018 GT2600 listing documents a 3.2″ bar capacity, while another 2018 machine is listed with a 12″ chuck, demonstrating that equipment can vary between individual machines.

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DOOSAN PUMA GT2600 – SPINDLE

Parameter	Specification
Maximum Spindle Speed	3,500 RPM
Main Spindle Motor	30 HP
Alternate Motor Rating	18.5/22 kW
Spindle Nose	A2-8
Spindle Through Hole	Approx. 91 mm
Bar Capacity	Up to 3.2″ / 81 mm
Chuck	10″ or 12″
Spindle Type	Belt/Direct Drive Configuration Dependent

The 2018 GT2600 specifications show a 3,500 RPM spindle, 30 HP motor, A2-8 spindle nose, and approximately 91 mm spindle through hole.

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DOOSAN PUMA GT2600 – MILLING SPINDLE

Parameter	Specification
Standard Configuration	Turning Only
GT2600M Configuration	Live Tooling
C-Axis	Available on M Configuration
Driven Tooling	Configuration Dependent
Live Tool Speed	Configuration Dependent
Milling	Available on GT2600M

The standard GT2600 should not be confused with the GT2600M. The GT2600M adds C-axis and driven-tool capability for milling and drilling operations.

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DOOSAN PUMA GT2600 – TOOL CHANGER

Parameter	Specification
Turret Type	Hydraulic/Servo Turret
Turret Capacity	12 Stations
Turning Tools	Configuration Dependent
Boring Tools	Configuration Dependent
Live Tool Holders	M Configuration
Tool Presetter	Available / Common Option
Tool Indexing	Automatic
Tooling	Seller/Configuration Dependent

The 12-station turret is a standard production feature on commonly listed GT2600 machines, while tool presetters and driven tooling depend on the individual machine.

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DOOSAN PUMA GT2600 – CONTROL SYSTEM

Parameter	Specification
CNC Control	FANUC Oi-TF
Alternate Control	FANUC i-Series
Programming	CNC Conversational/Manual Programming
Tool Offsets	Yes
Tailstock Control	Programmable
C-Axis Control	M Configuration
Live Tool Control	M Configuration
Diagnostics	FANUC CNC System

Used GT2600 listings commonly specify FANUC Oi-TF or FANUC i-Series controls.

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DOOSAN PUMA GT2600 – COOLANT / CHIP MANAGEMENT

Parameter	Specification
Coolant System	Equipped
Chip Conveyor	Commonly Equipped
Chip Management	Automatic
Coolant Tank	Included
High-Pressure Coolant	Configuration Dependent
Mist Collection	Configuration Dependent
Parts Catcher	Configuration Dependent

Chip conveyors are frequently included on used GT2600 machines, particularly those configured for production machining.

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DOOSAN PUMA GT2600 – POWER REQUIREMENTS

Parameter	Specification
Main Spindle Motor	Up to 30 HP
Main Motor Metric Rating	18.5/22 kW on documented configuration
Electrical Supply	Machine Configuration Dependent
Phase	3-Phase Industrial Power
Voltage	Verify Machine Nameplate
Connected Load	Verify Individual Machine

Electrical requirements can vary depending on the machine’s installed options, voltage configuration, coolant equipment, and accessories. The individual machine nameplate should be used for installation planning.

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DOOSAN PUMA GT2600 – DIMENSIONS

Parameter	Specification
Approx. Length	130″
Approx. Width	65″
Approx. Height	68″
Approx. Machine Weight	10,340 lb
Construction	Box Way
Footprint	Configuration Dependent

A documented 2018 GT2600 listing gives approximately 130″ × 65″ × 68″ and a machine weight of 10,340 lb.

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DOOSAN PUMA GT2600 – GENERAL INFORMATION

Parameter	Specification
Manufacturer	DOOSAN
Model	PUMA GT2600
Machine Type	CNC Turning Center
Standard Axes	2
Optional Configuration	GT2600M with C-Axis / Live Tooling
Chuck	10″ / 12″ Configuration Dependent
Bar Capacity	Up to 3.2″
Maximum Spindle Speed	3,500 RPM
Main Spindle Power	Up to 30 HP
Turret	12 Station
CNC Control	FANUC Oi-TF / i-Series
Tailstock	Yes
Chip Conveyor	Common
Tool Presetter	Available
Construction	Box Way
Used Market Status	Commonly Available

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INDUSTRIES THAT USE DOOSAN PUMA GT2600

The DOOSAN PUMA GT2600 is designed for production turning where rigidity, turning capacity, and dependable cycle times are important. Its relatively large turning envelope and 3.2″ bar capacity make it suitable for a wide range of industrial components.

Common industries include:

• Automotive
• Aerospace
• Oil and gas
• Hydraulic equipment
• Industrial machinery
• Energy
• Heavy equipment
• Defense
• General manufacturing
• Precision contract machining

The machine is particularly useful for shops producing repetitive batches of shafts, bushings, fittings, flanges, sleeves, and other cylindrical components.

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TYPICAL PARTS THE DOOSAN PUMA GT2600 CAN PRODUCE

The GT2600’s large turning envelope and high-capacity spindle make it suitable for both general production work and larger turned components.

Typical parts include:

• Shafts
• Bushings
• Flanges
• Hydraulic components
• Valve components
• Fittings
• Sleeves
• Couplings
• Pins
• Rollers
• Hubs
• Industrial machinery components
• Automotive components
• Oil and gas components

The GT2600M configuration can extend these capabilities with C-axis and live-tool machining, allowing milling and drilling features to be produced directly on turned components.

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WHY CHOOSE DOOSAN PUMA GT2600?

The DOOSAN PUMA GT2600 is attractive to manufacturers that need a robust CNC lathe with a larger-than-average work envelope. Its 18.1″ turning diameter, approximately 24″ machining length, 3,500 RPM spindle, 30 HP motor, 12-station turret, and box-way construction provide a strong combination for production turning.

Another advantage is the availability of different configurations. Buyers can find standard 2-axis GT2600 machines as well as GT2600M versions equipped with C-axis and live tooling. This allows a shop to select a machine based on whether its production requires conventional turning or additional milling and drilling operations.

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WHY BUY USED DOOSAN PUMA GT2600?

Buying a used DOOSAN PUMA GT2600 can provide substantial turning capacity without the cost of purchasing a new production CNC lathe. These machines are commonly found in the used market with FANUC controls, tailstocks, tool presetters, chip conveyors, and production-oriented tooling packages.

Many used machines include valuable options such as:

• FANUC Oi-TF CNC control
• 10″ or 12″ hydraulic chuck
• 12-station turret
• Programmable tailstock
• Tool presetter
• Chip conveyor
• C-axis
• Live tooling on GT2600M models
• Parts catcher
• Bar feeder
• High-pressure coolant
• Mist collector
• Additional tooling and holders

Before purchasing a used GT2600, buyers should inspect spindle condition, chuck operation, turret indexing, tailstock alignment, axis backlash, ballscrews, hydraulic system, coolant system, chip conveyor, CNC control, and machine history. For GT2600M machines, C-axis accuracy and live-tool operation should also be tested.

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HOW MUCH DOES A USED DOOSAN PUMA GT2600 COST?

Used DOOSAN PUMA GT2600 pricing varies considerably depending on year, spindle hours, condition, chuck size, control, tooling, options, and included accessories. Current used listings are frequently offered on a Request a Quote basis.

For reference, a previously advertised 2017 DOOSAN PUMA GT2600 was listed at $49,900, while a 2018 GT2600 listing is currently shown as contact seller/request pricing. These figures should be treated as individual asking-price references rather than a fixed market value for every GT2600.

When evaluating a used GT2600, buyers should compare year, spindle hours, cutting hours, chuck size, bar capacity, FANUC control, tailstock, tooling, chip conveyor, tool presetter, live tooling/C-axis configuration, bar feeder, and overall maintenance history rather than relying on the model name alone.