Mazak VERSATECH V-100N

$1,500,000 - $3,500,000 Updated 2026-03-13

Key Specifications

Y Travel

2,750 mm (108.3 in) V-100N; 3,750 mm (147.6 in) V-140N

Z Travel

1,250 mm (49.2 in)

Max Spindle

8,000 RPM standard (6,000 high-torque, 12,000 high-speed)

Spindle Taper

CAT 50

Tool Capacity

60 tools standard (120 optional)

Table Size

122.05″ × 393.7″

Overview

The Mazak VERSATECH V-100N is a large-format 5-axis double-column machining center designed for simultaneous 5-axis machining of very large workpieces weighing up to 43,000 kg (94,800 lb). Available in six configurations based on two column widths (2,750 mm and 3,750 mm between columns) and three X-axis stroke options, the VERSATECH handles aerospace structural components, energy sector parts, and heavy industrial workpieces that exceed the capacity of trunnion-style 5-axis machines.

The VERSATECH uses a universal spindle head with B-axis (+/-100 degrees) and C-axis (continuous 360 degrees) rather than a tilting table, keeping the massive workpiece stationary while the spindle head provides the rotary motion. This architectural choice is critical for parts weighing tens of thousands of kilograms. The B-axis and C-axis each deliver rapid speeds of 360 degrees per second.

The standard CAT 50 spindle runs at 8,000 RPM with 40 kW (54 hp) output. A high-speed 12,000 RPM option at 45 kW is available for aluminum work, and a high-torque 6,000 RPM option pushes torque to 1,218 Nm (898 ft-lb) for heavy roughing in titanium and steel. Linear axis rapid traverse hits 30 m/min (1,181 ipm) across all axes. Table load capacity is 43,000 kg (94,800 lb) across all models.

X-axis strokes range from 4,000 mm (157.5 in) on the V-100N/160 to 11,000 mm (433.1 in) on the V-140N/440, covering the largest aerospace and energy sector parts. New VERSATECH machines price from $1,500,000 to $3,500,000+ depending on size and options. The VERSATECH competes with Parpas, FPT, Breton, and SNK in the large-format 5-axis gantry segment.

Full Specifications

Parameter	Value
Models	V-100N/160, V-100N/200, V-100N/240, V-140N/280, V-140N/360, V-140N/440
Travel X Range	4,000-11,000 mm (157.5-433.1 in) depending on model
Y-Axis Travel	2,750 mm (108.3 in) V-100N; 3,750 mm (147.6 in) V-140N
Z-Axis Travel	1,250 mm (49.2 in)
B Axis Range	+/- 100 degrees
C Axis Range	360 degrees (continuous)
B Axis Torque	1,500 Nm (1,106 ft-lb) max
C Axis Torque	3,000 Nm (2,213 ft-lb) max
Max Spindle Speed	8,000 RPM standard (6,000 high-torque, 12,000 high-speed)
Spindle Taper	CAT 50
Spindle Motor Power	40 kW (54 hp) standard; 45 kW (60 hp) high-speed
Spindle Torque	478 Nm (352 ft-lb) standard; 1,218 Nm (898 ft-lb) high-torque
Max Workpiece Weight	43,000 kg (94,800 lb)
Rapid Traverse Rate	30 m/min (1,181 ipm)
Tool Capacity	60 tools standard (120 optional)
CNC Control	MAZATROL SmoothG CNC
Volumetric Compensation	Optional
Table Size	122.05″ × 393.7″
Tool Shank	CAT No.50
Max Spindle Speed	8000 min-1(rpm)
Max Workpiece Size	393.7″ × 147.64″ × 68.9″

Specifications sourced from mazak.com — verified 2026-03-28

Strengths & Limitations

Strengths

Universal spindle head design with B/C axes keeps workpieces stationary, enabling 5-axis machining on parts weighing up to 43,000 kg that no trunnion machine could rotate
X-axis strokes up to 11,000 mm (433 in) cover the largest aerospace structural components, wind turbine parts, and energy sector equipment
Three spindle options from high-torque 6,000 RPM (1,218 Nm) to high-speed 12,000 RPM let shops configure for their primary material mix
3,000 Nm C-axis torque and 1,500 Nm B-axis torque maintain positioning rigidity during aggressive simultaneous 5-axis cutting
Double-column gantry construction provides superior rigidity compared to single-column machines for large-envelope 5-axis work
Optional volumetric compensation maintains accuracy across the very large work envelope where thermal growth and geometric errors accumulate
Two column-width options (2,750 mm and 3,750 mm) allow right-sizing the machine to the part mix

Limitations

Starting price above $1,500,000 and potentially exceeding $3,500,000 makes the VERSATECH a major capital investment
Installation requires dedicated heavy-duty foundations, significant floor space, and crane capacity for the machine and large workpieces
30 m/min rapid traverse across axis strokes up to 11,000 mm means long positioning times on non-cutting moves
Machine lead times can extend 12-18 months due to the custom nature of large-format installations
8,000 RPM standard spindle speed limits high-speed aluminum finishing; the 12,000 RPM option adds substantial cost

Best For

Aerospace structural manufacturers machining wing skins, fuselage panels, spars, and large composite tooling in 5-axis Wind energy OEMs machining turbine blade root sections, hub components, and large bearing housings Shipbuilding and marine manufacturers machining propeller blades, rudder stocks, and large structural components Oil and gas equipment manufacturers processing large subsea manifolds and wellhead components in 5-axis Power generation manufacturers machining large turbine casings, stator housings, and generator frames Defense contractors machining large armor panels, vehicle hulls, and structural components for military platforms

Frequently Asked Questions

01 What does a Mazak VERSATECH cost?

New VERSATECH machines start around $1,500,000 for a smaller V-100N/160 and can exceed $3,500,000 for a large V-140N/440 with high-torque spindle, expanded tool magazine, and full options. Installation, foundation work, and rigging can add $200,000 to $500,000 to the total project cost.

02 How does the VERSATECH compare to 5-axis gantries from European manufacturers?

The VERSATECH competes directly with large 5-axis gantries from FPT, Parpas, and Breton. European machines often offer Siemens or Heidenhain control options, while the VERSATECH runs MAZATROL. The VERSATECH benefits from strong North American service network, while European gantry builders may have longer service response times outside major metro areas.

03 What is the difference between V-100N and V-140N models?

The V-100N has 2,750 mm (108.3 in) between columns; the V-140N widens to 3,750 mm (147.6 in). The wider V-140N handles larger cross-section workpieces and provides more Y-axis reach. Both share the same spindle options, tool magazine, and control system.

04 Can the VERSATECH machine composites?

Yes. With appropriate tooling and dust extraction, the VERSATECH handles composite trimming, drilling, and contouring on large CFRP structures. The large work envelope makes it suitable for aerospace composite tooling as well as finished composite part machining.

05 What foundation does the VERSATECH require?

The VERSATECH requires an engineered reinforced concrete foundation with precision leveling provisions. Foundation specifications vary by model but typically require 600 to 1,000 mm thick concrete with embedded anchor bolts. Budget $100,000 to $300,000 for foundation work depending on existing facility conditions and machine size.