Yamazaki Mazak Vertical Machining Centers

Mazak VTC

$130,000 - $250,000 Updated 2026-03-13

Key Specifications

X Travel

1,020-2,060 mm (40.2-81.1 in) depending on model

Y Travel

510-760 mm (20.1-29.9 in) depending on model

Z Travel

460-660 mm (18.1-26.0 in) depending on model

Max Spindle

12,000 RPM (BT 40); 10,000 RPM (BT 50)

Spindle Taper

BT 40 standard; BT 50 on larger models

Tool Capacity

30 (arm-type ATC); 48 or 60 optional

Overview

The Mazak VTC series is a line of vertical traveling column machining centers built for long-part production and heavy workpiece machining. The traveling column architecture keeps the table fixed while the spindle head moves across the full X-axis travel, meaning the machine footprint stays constant regardless of axis position and heavy workpieces do not shift during cutting.

The VTC lineup spans multiple sizes from the VTC-200C through the VTC-800. X-axis travel ranges from 1,020 mm (40.2 in) on the compact models to over 2,060 mm (81.1 in) on the largest frames. Y-axis travel ranges from 510 mm to 760 mm depending on model, and Z-axis from 460 mm to 660 mm. This range lets shops select the right envelope for their part mix without over-investing in unused travel.

Spindle options include BT 40 at 12,000 RPM with 18.5 kW (25 hp) on standard models, with BT 50 and higher-power options available on larger frames. The 30-station arm-type ATC with 1.3-second tool-to-tool changes keeps non-cutting time minimal. Roller guide construction on all axes provides positioning speed and accuracy.

The MAZATROL SmoothG CNC handles conversational and G-code programming with full 3D simulation. The traveling column design makes the VTC particularly effective for long aerospace structural parts, large mold bases, and multi-part tombstone setups where the stationary table simplifies fixturing.

Competitors include the Okuma MB-V series, DMG Mori CMX V-series, and Haas VF-series with extended X-travel. New VTC machines price between $130,000 and $250,000 depending on size and configuration. Used VTC machines from 2010-2020 trade between $60,000 and $150,000.

Full Specifications

Parameter	Value
X-Axis Travel	1,020-2,060 mm (40.2-81.1 in) depending on model
Y-Axis Travel	510-760 mm (20.1-29.9 in) depending on model
Z-Axis Travel	460-660 mm (18.1-26.0 in) depending on model
Max Spindle Speed	12,000 RPM (BT 40); 10,000 RPM (BT 50)
Spindle Taper	BT 40 standard; BT 50 on larger models
Spindle Motor Power	18.5-30 kW (25-40 hp)
Tool Capacity	30 (arm-type ATC); 48 or 60 optional
Tool To Tool	1.3 sec
Table Load	1,500-3,000 kg depending on model
Rapid Traverse Rate	42 m/min (X/Y); 36 m/min (Z)
Machine Type	Traveling column
CNC Control	MAZATROL SmoothG CNC
Guide Type	Linear roller guides (all axes)
Machine Weight	7,000-14,000 kg depending on model
Tool Shank	CAT No.50
Max Spindle Speed	6000 min-1(rpm)
Table Size	82.68" × 25"

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

Strengths & Limitations

Strengths

Traveling column design keeps the table stationary, allowing heavy workpiece loading without affecting axis motion or positioning accuracy
X-travel up to 2,060 mm handles long aerospace parts, large mold bases, and multi-part setups that exceed standard VMC capability
1.3-second tool changes with arm-type ATC minimize non-cutting time on complex parts with frequent tool switches
Multiple frame sizes from 200C to 800 let shops select the right envelope without over-investing in unused travel
BT 40 and BT 50 spindle options cover both high-speed aluminum work and heavy steel cutting on larger frames
MAZATROL SmoothG with 3D simulation reduces programming and setup time across all VTC models
Table loads up to 3,000 kg support heavy fixtures, tombstone setups, and large castings without concern for table deflection

Limitations

Starting at $130,000, VTC machines cost more than comparable fixed-table VMCs with similar X-travel
Traveling column architecture adds machine length relative to the working envelope, requiring more floor space depth
Larger VTC models at 14,000 kg require substantial foundation preparation
Roller guide construction on standard models trades some heavy-cut rigidity compared to box-way alternatives
VTC series lacks built-in 4th or 5th axis integration; these must be added as table-mounted accessories

Best For

Aerospace manufacturers machining long structural spars, wing skins, and fuselage components Mold and die shops working with large mold bases that benefit from the stationary table and long X-travel Job shops running tombstone setups with multiple parts fixtured across the long table Structural steel fabricators machining long weldments and brackets Energy sector manufacturers machining large turbine components, valve manifolds, and pump housings Shops needing production-grade long-part capability with the MAZATROL control ecosystem

Frequently Asked Questions

01 What does a new Mazak VTC cost?

New VTC machines range from $130,000 to $250,000 depending on model size and configuration. Smaller VTC-200C models start at the lower end, while VTC-800 machines with BT 50 spindles and expanded tool magazines reach the upper range. Used VTC machines from 2010-2020 trade between $60,000 and $150,000.

02 What is the advantage of a traveling column over a fixed-table VMC?

The traveling column keeps the table stationary so heavy workpieces do not move during machining. This improves accuracy on heavy parts, allows higher table loads, and keeps the floor space footprint constant regardless of X-axis position. The tradeoff is slightly more machine depth.

03 How does the VTC compare to the Haas VF-series?

The VTC offers the traveling column advantage, faster tool changes (1.3 sec vs 4+ sec), and MAZATROL conversational programming. The Haas VF-series counters with lower pricing, simpler maintenance, and a very large installed base. For long-part work with heavy workpieces, the VTC architecture is preferable.

04 Can the VTC handle heavy steel cutting?

Yes, particularly the larger models with BT 50 spindles and 30 kW power. The traveling column design and high table load capacity make the VTC well-suited for steel and cast iron work on large parts. Roller guides provide good acceleration but box-way machines may offer slightly better vibration damping during extreme interrupted cuts.