USED DOOSAN PUMA V550 – 2007

The DOOSAN PUMA V550 2007 is a heavy-duty CNC Vertical Turning Center designed for machining large-diameter, heavy, and demanding components. The PUMA V550 belongs to Doosan’s vertical turning machine family and is designed around a rigid vertical structure, large rotary table, powerful spindle, and substantial workholding capacity.

The vertical configuration makes the PUMA V550 particularly suitable for components that are large in diameter or difficult to support on a conventional horizontal CNC lathe. Gravity helps seat heavy workpieces securely against the table, while the rigid machine structure provides stability during turning, facing, boring, and other heavy-cutting operations.

The PUMA V550 is designed for applications requiring substantial turning capacity while maintaining CNC-controlled accuracy and repeatability. Depending on the individual machine configuration, it can be equipped with an automatic tool changer, hydraulic workholding, chip conveyor, coolant system, and other production accessories.

The 2007 DOOSAN PUMA V550 is particularly suitable for industries such as oil and gas, energy, heavy equipment, mining, automotive, industrial machinery, and general heavy manufacturing.

A used PUMA V550 can be an economical solution for manufacturers that need a large vertical turning center but do not require the investment associated with newer heavy-duty vertical lathes.

DOOSAN PUMA V550 2007 – AXIS

DOOSAN PUMA V550 2007 – AXIS TRAVELS / WORK ENVELOPE

Exact work envelope specifications can vary according to the individual PUMA V550 configuration and installed workholding equipment.

DOOSAN PUMA V550 2007 – CAPACITY

DOOSAN PUMA V550 2007 – SPINDLE / TABLE

The large rotary table provides the primary workholding surface for heavy components. Exact table speed, spindle power, and torque should be verified on the individual machine.

DOOSAN PUMA V550 2007 – TOOLING / TOOL CHANGER

Depending on configuration, the machine can be equipped with an automatic tool changer to reduce operator intervention during multi-operation machining.

DOOSAN PUMA V550 2007 – CONTROL SYSTEM

The exact control model should be verified from the individual 2007 machine because control configurations can vary.

DOOSAN PUMA V550 2007 – FEEDRATES

DOOSAN PUMA V550 2007 – COOLANT / CHIP MANAGEMENT

Efficient chip removal is important for large vertical turning operations, particularly during heavy roughing and high-volume material removal.

DOOSAN PUMA V550 2007 – POWER REQUIREMENTS

DOOSAN PUMA V550 2007 – DIMENSIONS

The actual shipping dimensions and weight can vary significantly depending on chip conveyors, coolant systems, workholding, tool changers, and other accessories.

DOOSAN PUMA V550 2007 – GENERAL INFORMATION

INDUSTRIES THAT USE DOOSAN PUMA V550 2007

The DOOSAN PUMA V550 2007 is suitable for industries machining large and heavy components, including:

• Oil and gas
• Energy
• Power generation
• Aerospace
• Defense
• Mining
• Heavy equipment
• Automotive
• Industrial machinery
• General heavy manufacturing

The machine’s vertical configuration makes it particularly useful for large-diameter parts that are difficult to support on conventional horizontal turning centers.

TYPICAL PARTS DOOSAN PUMA V550 2007 CAN PRODUCE

The DOOSAN PUMA V550 2007 can manufacture:

• Large flanges
• Valve bodies
• Bearing housings
• Gear components
• Pump bodies
• Rings
• Brake components
• Heavy machinery components
• Industrial housings
• Energy-sector components

Typical operations include turning, facing, boring, grooving, threading, drilling, and heavy material removal.

WHY CHOOSE DOOSAN PUMA V550 2007

The primary advantage of the DOOSAN PUMA V550 is its combination of large-diameter capacity, vertical workholding, rigid construction, and CNC-controlled turning.

The vertical table allows heavy components to be positioned securely, while gravity helps support the workpiece. This makes the configuration especially effective for large rings, flanges, housings, and other components with substantial diameter and weight.

The machine is also well suited to heavy roughing operations where rigidity and spindle torque are more important than extremely high spindle speeds.

WHY BUY USED DOOSAN PUMA V550 2007

Purchasing a used DOOSAN PUMA V550 2007 can give manufacturers access to large-capacity vertical turning capability at a substantially lower investment than purchasing new heavy-duty equipment.

Depending on configuration, a used machine may include:

• FANUC CNC control
• Large rotary table
• Hydraulic workholding
• Automatic tool changer
• Chip conveyor
• Flood coolant
• High-pressure coolant
• Tool probing
• Heavy-duty tooling
• Additional workholding

Before purchasing, buyers should carefully inspect the table bearings, spindle, spindle drive, X/Z-axis ballscrews, linear guides, hydraulic workholding, machine geometry, tool changer, CNC control, coolant system, and lubrication system.

For an older vertical turning center, particular attention should be paid to table runout, table bearing condition, axis backlash, and spindle performance, since repairs to these systems can be expensive.

HOW MUCH DOES A USED DOOSAN PUMA V550 2007 COST?

The value of a used DOOSAN PUMA V550 2007 depends on the machine’s condition, spindle and table hours, workholding, tooling, CNC control, tool changer, chip conveyor, coolant equipment, and maintenance history.

Machines with a good rotary table, strong spindle performance, hydraulic workholding, automatic tool changing, chip management, and extensive tooling generally command higher prices.

Depending on condition and configuration, a used DOOSAN PUMA V550 2007 typically falls within an estimated market range of $60,000 to $120,000 USD. Machines in excellent condition with significant options and documented maintenance may command more, while machines requiring table, spindle, axis, hydraulic, or control repairs may sell for considerably less.

A properly maintained DOOSAN PUMA V550 2007 remains a capable heavy-duty CNC vertical turning center for manufacturers looking for substantial turning capacity, rigid vertical workholding, and economical large-component machining.