Used MAZAK VERSATECH V-140N/440 CNC Machine For Sale - Pre-Owned

MAZAK VERSATECH V-140N/440

MAKE: MAZAK
TYPE: 5-Axis Machines
YEAR: 2010
SKU: 110536
DEALER: Used CNC Exchange
COUNTRY: USA

USED MAZAK VERSATECH V-140N/440

The Mazak VERSATECH V-140N/440 is one of the largest and most advanced double-column (gantry-type) 5-axis machining centers in Mazak’s portfolio, designed specifically for machining extremely large and heavy components with high precision and efficiency. It is widely used in industries such as aerospace, power generation, shipbuilding, and heavy equipment manufacturing, where oversized workpieces and complex geometries are common. The machine features a rigid double-column structure with an extended span, ensuring exceptional stability during heavy-duty cutting operations.

A defining feature of the V-140N/440 is its massive table size of approximately 3100 mm × 10,000 mm with a load capacity of around 43,000 kg, making it capable of handling some of the largest workpieces in industrial machining. The machine is equipped with a BT50 spindle, typically operating at 8,000 rpm, with optional 12,000 rpm high-speed or 6,000 rpm high-torque configurations depending on the application.

A key advantage is its multi-position spindle head, allowing vertical, horizontal, and angular machining without manual head changes, significantly reducing non-cutting time. Optional simultaneous 5-axis capability with B- and C-axis movements enables full multi-surface machining in a single setup. Overall, the VERSATECH V-140N/440 delivers unmatched capacity, precision, and productivity for ultra-large machining applications.


MAZAK VERSATECH V-140N/440 SPECIFICATIONS

MAZAK VERSATECH V-140N/440 – AXIS
Number of Axes: 5 (X, Y, Z, B, C)
Axis Configuration: Double-column gantry design
Simultaneous Control: Optional full 5-axis simultaneous machining
B-Axis Rotation: ±100° tilting spindle head
C-Axis Rotation: 360° continuous rotary
MAZAK VERSATECH V-140N/440 – AXIS TRAVELS
X-Axis Travel: Approx. 10,000 mm
Y-Axis Travel: Approx. 3,750 mm (between columns)
Z-Axis Travel: Approx. 700–1,000 mm
W-Axis Travel: Quill-type (optional)
B/C Axis Travel: Multi-angle machining capability
MAZAK VERSATECH V-140N/440 – CAPACITY
Maximum Workpiece Size: Approx. 10,000 mm × 3,750 mm × 1,750 mm
Maximum Workpiece Weight: Up to ~43,000 kg
Table Size: Approx. 3,100 mm × 10,000 mm
Load Capacity: Extremely heavy-duty machining
Pallet System: Optional pallet / turning table system
MAZAK VERSATECH V-140N/440 – SPINDLE
Spindle Speed: Up to 8,000 RPM (standard)
Optional Spindle: 12,000 RPM high-speed
Spindle Taper: CAT 50 / BT50
Spindle Motor Power: Approx. 40–45 kW
Spindle Type: Multi-purpose tilting head
MAZAK VERSATECH V-140N/440 – TABLE
Table Type: Fixed table or optional turning table
Table Size: Approx. 3,100 mm × 10,000 mm
Table Load Capacity: ~43,000 kg
Table Design: Double-column heavy-duty structure
Workholding: Large-part fixturing capability
MAZAK VERSATECH V-140N/440 – TOOL TURRET
Tool Magazine Capacity: 60–120 tools
Tool Type: Automatic Tool Changer (ATC)
Tool Selection: Random access
Tool Taper: CAT 50 / BT50
Tool Change Time: Optimized for large tools
MAZAK VERSATECH V-140N/440 – FEEDRATES
Rapid Traverse (X/Y/Z): Up to 30 m/min
X-Axis Rapid (large models): Approx. 15 m/min
Cutting Feed Rate: Programmable
B/C Axis Speed: High-speed servo rotation
Guideways: High-rigidity design
MAZAK VERSATECH V-140N/440 – COOLANT & CHIP MANAGEMENT
Coolant System: High-capacity flood coolant
Optional: Through-spindle coolant
Chip Removal: Heavy-duty chip conveyor
Filtration: Multi-stage filtration
Thermal Control: Oil-cooled ball screws for accuracy
MAZAK VERSATECH V-140N/440 – CONTROL SYSTEM
CNC Control: Mazatrol SmoothX
Programming: Conversational + EIA/ISO
Features: Advanced 5-axis machining optimization
Compensation: 3D volumetric error compensation
Interface: Smart user interface
MAZAK VERSATECH V-140N/440 – POWER & AIR REQUIREMENTS
Power Requirement: Approx. 120–180 kVA
Voltage: 3-phase industrial supply
Air Requirement: Clean, dry compressed air
Air Pressure: Approx. 5–7 bar
MAZAK VERSATECH V-140N/440 – DIMENSIONS
Machine Footprint: Ultra-large gantry-type machine
Structure: Double-column design
Construction: Heavy-duty cast structure
Accessibility: Large open work area
Installation: Requires reinforced foundation
MAZAK VERSATECH V-140N/440 – GENERAL INFORMATION
Machine Type: 5-axis double-column machining center
Capability: Multi-surface and complex geometry machining
Design Focus: Ultra-large part productivity
Advantage: Reduced setups with full multi-face machining
Ideal For: Extremely large, high-precision components
INDUSTRIES THAT USE MAZAK VERSATECH V-140N/440
Aerospace
Energy
Heavy Equipment
Oil & Gas
Industrial Machinery
TYPICAL PARTS MAZAK VERSATECH V-140N/440 CAN PRODUCE
Ultra-large aerospace structural components
Turbine and generator housings
Heavy machine bases
Large molds and dies
Energy infrastructure components
WHY CHOOSE MAZAK VERSATECH V-140N/440
Designed for extremely large workpieces (up to 10 meters)
True 5-axis machining capability
Extremely high load capacity
Reduced setup time for large parts
Ideal for heavy-duty, high-precision machining

WHY BUY USED MAZAK VERSATECH V-140N/440

Buying a used Mazak VERSATECH V-140N/440 is a highly strategic investment for manufacturers requiring ultra-large machining capability without the extremely high cost of a new machine. These machines are engineered for heavy-duty industrial use and long operational life, making them highly durable and capable of maintaining performance over decades when properly maintained.

One of the most critical factors when evaluating a used V-140N/440 is cutting time rather than just age. Machines used in industries such as energy, shipbuilding, and large-scale fabrication often accumulate extremely high cutting hours due to long machining cycles and challenging materials. This can lead to wear in critical components such as the spindle, guideways, ball screws, and structural elements, potentially requiring refurbishment. These machines are typically priced lower but may involve higher maintenance costs.

On the other hand, machines used in low-volume production, toolroom environments, or specialized applications often have lower cutting hours and better preserved accuracy, making them more desirable even if older. Another major advantage is that many used machines come equipped with high-value options such as 5-axis heads, high-torque spindles, and automation systems like PALLETECH, which would be extremely expensive to add to a new machine.

Overall, a used VERSATECH V-140N/440 offers unmatched size, capability, and cost efficiency for large-scale machining operations.


HOW MUCH DOES A USED MAZAK VERSATECH V-140N/440 COST?

The cost of a used Mazak VERSATECH V-140N/440 varies significantly depending on year of manufacture, configuration, and most importantly, cutting hours. Due to its extreme size and specialized application, it is among the highest-priced machines in the CNC market.

For machines comparable to early large gantry systems (pre-2000), prices generally range from $300,000 to $700,000, though availability is limited and these machines typically have very high cutting hours and outdated controls.

For machines built between 2000 and 2010, prices typically range from $700,000 to $1,800,000 depending on condition, spindle configuration, and included features such as 5-axis heads or turning tables. Machines with lower cutting hours, upgraded controls, or recent rebuilds command higher prices within this range.

For newer machines from 2010 to 2025, prices generally range from $1,800,000 to $6,000,000 or more. Machines equipped with advanced Mazatrol Smooth controls, high-torque spindle options, large-capacity tool magazines, and automation systems such as PALLETECH are priced at the top end due to their exceptional productivity and capability.

Cutting hours remain the most critical pricing factor. Low-hour machines command premium pricing, while heavily used machines are discounted due to potential refurbishment costs, particularly for spindle systems, guideways, and major structural components.