USED MAZAK VTC-250D/50 2006

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The MAZAK VTC-250D/50 2006 is a CNC vertical machining center designed for precision milling, drilling, tapping, boring, and general production machining. The VTC series combines a rigid vertical machining structure with a wide worktable and substantial axis travel, making it suitable for manufacturers that require flexibility for medium-to-large components.

The VTC-250D/50 is particularly suited to machining industrial components, machine bases, fixtures, automotive parts, molds, dies, housings, and other precision workpieces. The machine’s No. 50 spindle taper provides additional rigidity and cutting capability compared with smaller 40-taper machining centers, making it a practical choice for heavier milling applications.

A typical 2006 configuration is equipped with a large fixed table, 50-taper spindle, automatic tool changer, MAZATROL CNC control, servo-driven X/Y/Z axes, coolant system, and production-oriented workholding capability. Depending on the individual machine, spindle speed, motor power, tool magazine capacity, chip conveyor, probing, fourth-axis capability, and coolant options may vary.

Because 2006 machines can have different configurations, the individual machine’s serial number, control model, spindle specification, tool magazine, and installed options should be verified before publishing final specifications.

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MAZAK VTC-250D/50 2006 – AXIS

Specification	Value
Machine Type	CNC Vertical Machining Center
Year	2006
Controlled Axes	3
X Axis Travel	Approximately 1,740 mm
Y Axis Travel	Approximately 760 mm
Z Axis Travel	Approximately 660 mm
X Rapid Traverse	Configuration Dependent
Y Rapid Traverse	Configuration Dependent
Z Rapid Traverse	Configuration Dependent
4th Axis	Optional
Guideway System	Configuration Dependent

The large X-axis travel gives the VTC-250D/50 useful capacity for long components, fixtures, plates, and other workpieces that may exceed the envelope of smaller vertical machining centers.

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MAZAK VTC-250D/50 2006 – WORKTABLE

Specification	Value
Table Type	Fixed CNC Table
Table Length	Approximately 2,000 mm Class
Table Width	Approximately 670 mm Class
T-Slots	Yes
Workholding	Vise / Fixture / Rotary
Maximum Table Load	Configuration Dependent
4th Axis	Optional
Multiple Fixture Setup	Yes

The long table provides excellent flexibility for workholding and allows multiple vises or fixtures to be mounted for production work.

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MAZAK VTC-250D/50 2006 – SPINDLE

Specification	Details
Spindle Type	Heavy-Duty CNC Milling Spindle
Spindle Taper	No. 50
Maximum Spindle Speed	Configuration Dependent
Spindle Motor	Configuration Dependent
Spindle Orientation	Yes
Rigid Tapping	Configuration Dependent
Through-Spindle Coolant	Option
Heavy-Duty Milling	Yes

The 50-taper spindle gives the machine strong tooling rigidity and makes it suitable for heavier material removal, large-diameter cutters, boring tools, and demanding machining operations.

For a used 2006 machine, the spindle should be carefully evaluated for bearing noise, vibration, runout, thermal behavior, tool retention, drawbar condition, and taper wear.

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MAZAK VTC-250D/50 2006 – AUTOMATIC TOOL CHANGER

Specification	Details
Automatic Tool Changer	Yes
Tool Capacity	Configuration Dependent
Tool Interface	No. 50
Tool Selection	Automatic
Tool Change	Automatic
Tool Life Management	Yes
Large Tool Compatibility	Yes
Tool Monitoring	Configuration Dependent

The automatic tool changer allows multiple machining tools to remain loaded and supports production programs requiring milling, drilling, boring, tapping, and finishing operations.

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MAZAK VTC-250D/50 2006 – 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 Positioning	Configuration Dependent

The actual feed and rapid-traverse rates should be confirmed from the machine’s individual control and factory configuration.

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MAZAK VTC-250D/50 2006 – CONTROL SYSTEM

Specification	Details
CNC Control	MAZATROL / Configuration Dependent
Programming	MAZATROL / G-Code
X/Y/Z Axis Control	Yes
Tool Offset Management	Yes
Work Offset Management	Yes
Tool Life Management	Yes
Rigid Tapping	Configuration Dependent
Automatic Cycles	Yes
Diagnostics	Yes
Ethernet	Configuration Dependent
Data Transfer	Configuration Dependent

The MAZATROL control system provides CNC programming and machine management for production milling applications.

The exact control generation is important when evaluating a used 2006 machine because memory, communication functions, display technology, and available software can vary.

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MAZAK VTC-250D/50 2006 – COOLANT & CHIP MANAGEMENT

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

The coolant system assists with cutting-temperature control and tool life, while a chip conveyor can significantly reduce manual cleanup during continuous machining.

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MAZAK VTC-250D/50 2006 – MACHINE CONSTRUCTION

Feature	Details
Machine Structure	Vertical Machining Center
Spindle Taper	No. 50
X Axis Drive	Servo
Y Axis Drive	Servo
Z Axis Drive	Servo
Machine Bed	Rigid Construction
Heavy-Duty Milling	Yes
Precision Finishing	Yes
Large-Part Machining	Yes

The robust structure and 50-taper spindle make the VTC-250D/50 particularly suitable for heavier milling operations where rigidity is important.

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MAZAK VTC-250D/50 2006 – GENERAL INFORMATION

Item	Details
Manufacturer	Mazak
Model	VTC-250D/50
Year	2006
Machine Type	CNC Vertical Machining Center
Controlled Axes	3
X Travel	Approximately 1,740 mm
Y Travel	Approximately 760 mm
Z Travel	Approximately 660 mm
Table	Large Fixed Table
Spindle Taper	No. 50
Spindle Speed	Configuration Dependent
Spindle Motor	Configuration Dependent
Automatic Tool Changer	Yes
Tool Capacity	Configuration Dependent
CNC Control	MAZATROL / Configuration Dependent
Flood Coolant	Yes
Chip Conveyor	Option
Through-Spindle Coolant	Option
Rigid Tapping	Configuration Dependent
4th Axis	Optional

Exact specifications can vary according to the individual machine’s spindle, control, tool magazine, coolant package, table configuration, and other factory-installed options.

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INDUSTRIES THAT USE MAZAK VTC-250D/50 2006

The MAZAK VTC-250D/50 2006 is suitable for:

• Automotive
• Aerospace
• Industrial Machinery
• Energy
• Oil & Gas
• Heavy Equipment
• Defense
• Mold & Die
• Hydraulic Equipment
• General Manufacturing
• Precision Engineering
• Job Shops

Its long table and 50-taper spindle make it especially useful for manufacturers machining larger components and heavy tooling.

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TYPICAL PARTS MAZAK VTC-250D/50 2006 CAN PRODUCE

The machine can produce:

• Large Brackets
• Machine Bases
• Industrial Housings
• Fixtures
• Tooling Plates
• Mold Components
• Die Components
• Automotive Components
• Aerospace Components
• Hydraulic Components
• Pump Housings
• Valve Components
• Structural Components
• Heavy Equipment Parts

Typical operations include face milling, pocketing, drilling, boring, tapping, contouring, profiling, reaming, slotting, chamfering, and heavy-duty roughing.

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WHY CHOOSE MAZAK VTC-250D/50 2006

The MAZAK VTC-250D/50 2006 is a strong choice for manufacturers that need a large work envelope combined with the rigidity of a 50-taper spindle.

Its long X-axis travel is particularly useful when machining large plates, fixtures, machine components, molds, and other extended workpieces. The 50-taper tooling system provides better support for demanding cutting operations than smaller taper systems.

The machine is also well suited to job shops because its large table can accommodate different workholding arrangements and multiple components.

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WHY BUY USED MAZAK VTC-250D/50 2006

Buying a used MAZAK VTC-250D/50 2006 can provide manufacturers with a large-capacity vertical machining center at a significantly lower investment than purchasing new equipment.

The machine is particularly attractive to shops that require long X-axis travel and heavier-duty tooling but do not want to purchase an exceptionally large bridge-type machining center.

A properly maintained machine with a healthy 50-taper spindle, reliable MAZATROL control, automatic tool changer, chip conveyor, probing, fourth-axis equipment, and through-spindle coolant can provide considerable production value.

Before purchasing a used VTC-250D/50, buyers should inspect the spindle bearings, spindle taper, drawbar, ballscrews, linear guides, servo motors, automatic tool changer, CNC control, table condition, coolant system, chip conveyor, lubrication system, electrical cabinet, and machine geometry.

A complete test cut should be performed to verify spindle performance, axis positioning, repeatability, tool changes, surface finish, and dimensional accuracy.

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HOW MUCH DOES A USED MAZAK VTC-250D/50 2006 COST?

The price of a used MAZAK VTC-250D/50 2006 depends on spindle hours, machine condition, spindle package, CNC control, tool capacity, table condition, coolant equipment, chip conveyor, probing, fourth-axis equipment, tooling, and maintenance history.

The 50-taper spindle and large work envelope can make a well-equipped VTC-250D/50 significantly more valuable than smaller Mazak VMCs from the same period.

For used-equipment listing purposes, a reasonable working estimate for a used MAZAK VTC-250D/50 2006 is approximately $35,000 to $65,000 USD, depending heavily on condition, operating hours, configuration, tooling, and location.

A machine with a healthy spindle, accurate long-travel axes, reliable ATC, good MAZATROL control, chip conveyor, probing, fourth-axis capability, extensive tooling, and documented maintenance can command a premium.

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