USED DOOSAN VM925 2005

The DOOSAN VM925 2005 is a large-format CNC vertical machining center designed for heavy-duty milling, drilling, boring, tapping, and production machining of large components. Manufactured by Doosan Machine Tools, the VM Series was developed for manufacturers that require a rigid machining platform with substantial workpiece capacity and reliable CNC operation.

The VM925 is particularly suited to machining large industrial components, molds, dies, machine bases, structural parts, automotive components, and heavy-equipment parts. Its large table and extended axis travel allow workpieces that would exceed the capacity of smaller vertical machining centers to be securely positioned and machined.

A typical VM925 configuration is equipped with a 40-taper spindle, automatic tool changer, CNC control, rigid machine construction, flood coolant, and servo-driven axes. Depending on the exact 2005 machine, spindle speed, spindle motor, table size, tool capacity, rapid traverse rates, and control package can vary.

The machine’s substantial size and rigid construction make it particularly useful for shops that prioritize cutting stability and large-part capacity rather than extremely high spindle speeds.

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DOOSAN VM925 2005 – AXIS

Specification	Value
Machine Type	CNC Vertical Machining Center
Year	2005
Controlled Axes	3
X Axis Travel	Approximately 2,400 mm
Y Axis Travel	Approximately 950 mm
Z Axis Travel	Approximately 850 mm
X Axis Drive	Servo
Y Axis Drive	Servo
Z Axis Drive	Servo
4th Axis	Optional
Rapid Traverse	Configuration Dependent

The long X-axis travel gives the VM925 substantial capacity for large workpieces, while the large Y and Z travels provide useful flexibility for deep and wide machining applications.

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DOOSAN VM925 2005 – WORKTABLE

Specification	Value
Table Type	Fixed CNC Table
Table Size	Large-Format
T-Slots	Yes
Workholding	Vise / Fixture / Rotary
Maximum Table Load	Configuration Dependent
4th Axis	Optional
Large-Part Machining	Yes

The large worktable allows manufacturers to mount substantial components and fixtures while providing the stability required for heavy cutting.

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DOOSAN VM925 2005 – SPINDLE

Specification	Details
Spindle Type	CNC Milling Spindle
Spindle Taper	CAT40 / Configuration Dependent
Maximum Spindle Speed	Configuration Dependent
Spindle Motor	Configuration Dependent
Spindle Orientation	Yes
Rigid Tapping	Configuration Dependent
Through-Spindle Coolant	Option Dependent
Heavy-Duty Machining	Yes

The spindle is designed around rigidity and cutting stability, making the VM925 suitable for heavy milling and boring applications.

For a used 2005 machine, spindle condition should be carefully evaluated, including bearing noise, vibration, runout, taper condition, drawbar force, thermal behavior, and operation across the full spindle-speed range.

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DOOSAN VM925 2005 – AUTOMATIC TOOL CHANGER

Specification	Details
Automatic Tool Changer	Yes
Tool Capacity	Configuration Dependent
Tool Interface	40 Taper
Tool Change	Automatic
Tool Life Management	Configuration Dependent
Tool Selection	Automatic
Tool Monitoring	Configuration Dependent

The automatic tool changer permits multiple milling, drilling, boring, tapping, and finishing tools to remain loaded during a machining cycle.

The ATC should be tested through all tool positions when inspecting a used machine.

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DOOSAN VM925 2005 – FEEDRATES

Specification	Value
X Rapid Traverse	Configuration Dependent
Y Rapid Traverse	Configuration Dependent
Z Rapid Traverse	Configuration Dependent
Maximum Cutting Feed	Configuration Dependent
Feedrate Override	Yes
Rapid Override	Yes
High-Speed Machining	Configuration Dependent

Actual rapid and cutting-feed specifications can vary according to the machine’s servo and CNC configuration.

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DOOSAN VM925 2005 – CONTROL SYSTEM

Specification	Details
CNC Control	FANUC / Configuration Dependent
Programming	G-Code
X/Y/Z Axis Control	Yes
Tool Offset Management	Yes
Work Offset Management	Yes
Tool Compensation	Yes
Rigid Tapping	Configuration Dependent
Tool Life Management	Configuration Dependent
4th Axis Control	Optional
Diagnostics	Yes

The CNC control provides coordinated control of the linear axes, spindle, and automatic tool changer for production machining.

Because 2005 machines can be found with different control generations, the exact CNC model should be verified before purchase.

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DOOSAN VM925 2005 – COOLANT & CHIP MANAGEMENT

Specification	Details
Flood Coolant	Yes
Coolant Pump	Yes
Coolant Tank	Configuration Dependent
Chip Conveyor	Option Dependent
Through-Spindle Coolant	Option Dependent
High-Pressure Coolant	Option Dependent
Air Blast	Configuration Dependent
Coolant Filtration	Configuration Dependent

The coolant system helps control cutting temperatures and extend tool life, while an optional chip conveyor can improve productivity during long production cycles.

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DOOSAN VM925 2005 – MACHINE CONSTRUCTION

Feature	Details
Machine Structure	Large-Format Vertical Machining Center
Machine Bed	Heavy-Duty Construction
X Axis Drive	Servo
Y Axis Drive	Servo
Z Axis Drive	Servo
Guideways	Configuration Dependent
Spindle	Heavy-Duty CNC Spindle
Large-Part Machining	Yes
Heavy-Duty Cutting	Yes
Precision Finishing	Yes

The rigid construction is designed to provide the stability required when machining large and heavy workpieces.

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DOOSAN VM925 2005 – GENERAL INFORMATION

Item	Details
Manufacturer	Doosan
Model	VM925
Year	2005
Machine Type	CNC Vertical Machining Center
Controlled Axes	3
X Travel	Approximately 2,400 mm
Y Travel	Approximately 950 mm
Z Travel	Approximately 850 mm
Table	Large-Format Fixed Table
Spindle Taper	40 Taper / Configuration Dependent
Spindle Speed	Configuration Dependent
Spindle Power	Configuration Dependent
Automatic Tool Changer	Yes
Tool Capacity	Configuration Dependent
CNC Control	Configuration Dependent
Flood Coolant	Yes
Chip Conveyor	Option Dependent
Through-Spindle Coolant	Option Dependent
4th Axis	Optional

The exact specifications of an individual 2005 VM925 can vary substantially depending on spindle, control, tool magazine, table, coolant, and rotary-axis options.

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INDUSTRIES THAT USE DOOSAN VM925 2005

The DOOSAN VM925 2005 is suitable for:

• Automotive
• Aerospace
• Heavy Equipment
• Industrial Machinery
• Energy
• Oil & Gas
• Mining
• Construction Equipment
• Defense
• Mold & Die
• General Manufacturing
• Precision Engineering

Its large work envelope makes it particularly useful for companies machining large industrial components.

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TYPICAL PARTS DOOSAN VM925 2005 CAN PRODUCE

The machine can produce:

• Large Machine Bases
• Structural Components
• Molds
• Dies
• Heavy Equipment Parts
• Pump Housings
• Valve Components
• Hydraulic Components
• Automotive Components
• Aerospace Components
• Industrial Housings
• Large Fixtures
• Tooling Components

Typical operations include face milling, rough milling, finish milling, drilling, tapping, boring, reaming, slotting, pocketing, contouring, and chamfering.

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WHY CHOOSE DOOSAN VM925 2005

The DOOSAN VM925 2005 is an excellent choice for manufacturers that need a large-capacity vertical machining center capable of handling substantial workpieces.

Its long X-axis travel provides significant machining capacity for large fixtures, plates, machine components, molds, dies, and structural parts. The rigid construction also provides the stability needed for heavy material removal.

The machine is particularly attractive when workpieces are too large for conventional mid-size VMCs but still need the flexibility of vertical machining.

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WHY BUY USED DOOSAN VM925 2005

Buying a used DOOSAN VM925 2005 can provide a cost-effective way to add large-format CNC milling capacity to a manufacturing operation.

The machine’s large work envelope and heavy-duty construction make it useful for applications where smaller VMCs cannot provide adequate travel or workholding space.

A well-maintained machine can remain productive for many years, but the mechanical and electronic condition of a 2005 machine should be carefully evaluated before purchase.

Important inspection areas include the spindle, spindle bearings, spindle taper, drawbar, ballscrews, guideways, servo motors, automatic tool changer, CNC control, coolant system, chip conveyor, lubrication system, electrical cabinet, table condition, and overall machine geometry.

A complete test should include full-axis movement, spindle operation at multiple speeds, automatic tool changes, coolant operation, and a representative test cut to verify accuracy and repeatability.

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HOW MUCH DOES A USED DOOSAN VM925 2005 COST?

The price of a used DOOSAN VM925 2005 depends heavily on machine condition, spindle hours, control generation, exact travel configuration, spindle power, tooling capacity, chip conveyor, coolant package, fourth-axis equipment, and maintenance history.

Large-format VMCs can have wide pricing differences because transportation, rigging, installation, and foundation requirements can also influence the overall cost of acquisition.

For used-equipment listing purposes, a reasonable working estimate for a used DOOSAN VM925 2005 is approximately $40,000 to $75,000 USD, depending heavily on condition, operating hours, configuration, tooling, and location.

A machine with a healthy spindle, accurate long-travel axes, reliable automatic tool changer, good CNC control, chip conveyor, coolant system, fourth-axis capability, extensive tooling, and documented maintenance can command a premium.

Before establishing a final selling price, buyers should verify spindle hours, spindle runout, bearing condition, drawbar force, X/Y/Z-axis accuracy, ballscrew backlash, guideway wear, ATC operation, CNC control functionality, fourth-axis operation if equipped, coolant system, chip conveyor, lubrication system, electrical condition, tooling inventory, and overall machine geometry.