DMG Mori DMU 600 P

$2,500,000 - $5,000,000+ Updated 2026-03-16

Key Specifications

Rapid Traverse

20 m/min (X/Y/Z)

Spindle Power

52 kW (69.7 hp)

x axis travel

6,000 mm (236.2 in)

y axis travel

3,000 mm (118.1 in)

z axis travel

1,500 mm (59.1 in)

b axis swivel

±120° (swiveling milling head)

Overview

The DMG Mori DMU 600 P is one of the largest 5-axis gantry machining centers in the DMG Mori portfolio, designed for the heaviest and largest workpieces that require full simultaneous 5-axis contouring. The "600" designates the 6,000 mm X-axis travel along the fixed portal rails, accommodating ship propulsion shafts, large mold and press tooling, aerospace wing assemblies, wind turbine components, and other industrial workpieces measured in multiple meters rather than hundreds of millimeters. The stationary workpiece / moving gantry design means parts weighing tens of thousands of kilograms can be fixtured once and machined completely across the full six-meter bed.

The swiveling milling spindle delivers 52 kW (69.7 hp) at 6,000 RPM with 700 Nm through an HSK-A100 interface, with optional configurations stepping to higher speed heads for specific material requirements. Y-axis travel reaches 3,000 mm (118.1 in) and Z-axis stroke is 1,500 mm (59.1 in), providing the vertical and depth coverage needed on very large parts. The B-axis swiveling head spans ±120° and the C-axis on the rotary table (where fitted) provides full 360° rotation, enabling simultaneous 5-axis contouring on surfaces that span multiple meters.

The gantry structure uses FEM-optimized steel weldments with precision-ground guideways running on pre-loaded hydrostatic or roller bearing carriages depending on configuration. Thermal compensation systems monitor the structural temperature at multiple points and apply real-time compensation through the CNC, a necessity on a machine with 6-meter travel where thermal growth at ambient would otherwise accumulate to several tenths of a millimeter. The tool magazine configuration is application-specific, typically 60–200 tools.

CELOS with Siemens 840D sl is standard, with machine-specific axis packages for the gantry configuration. At $2,500,000–$5,000,000+ depending on specification, the DMU 600 P competes with the Waldrich Coburg Taurus, Starrag STC 1250, and Parpas machines in the heavy large-format 5-axis gantry class. Buyers are defense primes, energy OEMs, aerospace system integrators, and large mold houses that routinely machine the largest components in industrial manufacturing.

Full Specifications

Parameter	Value
X Axis Travel	6,000 mm (236.2 in)
Y Axis Travel	3,000 mm (118.1 in)
Z Axis Travel	1,500 mm (59.1 in)
B Axis Swivel	±120° (swiveling milling head)
C Axis Rotation	360° (continuous, where table fitted)
Max Workpiece Weight	100,000+ kg (220,000+ lb, floor-mounted)
Spindle Speed	6,000 RPM (optional high-speed head available)
Spindle Motor Power	52 kW (69.7 hp)
Spindle Torque	700 Nm
Spindle Interface	HSK-A100
Tool Magazine	60–200 tools (application-specific)
Rapid Traverse Rate	20 m/min (X/Y/Z)
CNC Control	CELOS with Siemens 840D sl
Machine Design	Fixed gantry, moving crossrail / milling head
Thermal Compensation	Multi-point temperature monitoring with CNC compensation
Machine Weight	~200,000+ kg (machine-specific)
26 In	650 mm
20 In	520 mm
19 In	475 mm
25 In	630 mm
24 In	600 mm
661 Lbs	300 kg
Customer Benefitsflexible Application Possibilitiesin Process Measurement	Left : Semi-automatic Measurement solution. / Right : Automatic measurement solution.
Customer Benefits	MPC Graph: current and learned process values. / MPC Diagnostics: stock condition, number of impact and crash.

Specifications sourced from en.dmgmori.com — verified 2026-03-28

Strengths & Limitations

Strengths

6,000 mm X travel and effectively unlimited floor-mounted workpiece weight provide the largest machining envelope in the DMG Mori 5-axis portfolio, handling workpieces that no trunnion or Duoblock machine can reach
Simultaneous 5-axis contouring on a machine of this scale enables complex surface machining — turbine blades on large casings, compound-angle faces on ship structures — without requiring multiple machine transfers
Multi-point thermal compensation maintains positioning accuracy across the full 6-meter travel, critical for maintaining tolerances on extended production cycles in non-climate-controlled heavy shops
Modular tooling head system allows the same gantry structure to be equipped with different milling heads for different applications, extending the machine's versatility across product families

Limitations

Investment in the $2.5M–$5M+ range requires very high sustained utilization to achieve acceptable ROI; this machine is only justified for shops with a consistent pipeline of very large, complex parts
Installation requires complete facility engineering: reinforced concrete foundations (often 2–3 meters deep), overhead crane capacity of 50+ tons, and dedicated temperature-controlled or temperature-monitored bays
Lead times from order to commissioning can reach 24 months for fully customized configurations, requiring extremely long-range production planning and capital commitment

Best For

Aerospace system integrators machining full wing spar sections, fuselage barrel tooling, large empennage structures, and assembly jigs from aluminum and titanium at aircraft scale Wind energy manufacturers producing large nacelle housings, hub components, and gearbox structures that can span several meters and weigh many tons Naval and marine suppliers machining large propellers, rudder shafts, submarine pressure hull sections, and ship structural components requiring 5-axis access to complex surfaces Large mold and die houses producing automotive body press tooling, composite layup molds, and large casting patterns at vehicle-scale dimensions

Frequently Asked Questions

01 What does a DMG Mori DMU 600 P cost?

The DMU 600 P is a highly configured machine and pricing is project-specific. A representative range for a production-ready installation is $2,500,000–$5,000,000+, not including site preparation, foundations, installation, and application engineering which can add $500,000–$1,500,000 to total project cost. All purchases in this class are direct negotiation with DMG Mori capital equipment sales teams.

02 What is the difference between the DMU 600 P and the DMU 210 P?

The DMU 210 P has 2,100 mm of X travel and up to 10,000 kg table load — a large machine for aerospace and energy work, but firmly in the mid-range for portal 5-axis. The DMU 600 P has 6,000 mm of X travel and handles floor-mounted workpieces of virtually any weight, operating at true manufacturing scale for the largest industrial components. The DMU 600 P is in a different class of capital investment, site requirement, and production application.

03 What industries use the DMU 600 P?

The DMU 600 P serves defense (aircraft assembly tooling, naval structures), aerospace (wing tooling, full-scale composite molds), wind energy (nacelles, hubs), large marine (propellers, shafting), heavy energy (turbine casings, large manifolds), and large mold/die (automotive body press tooling). These are industries where workpiece dimensions routinely exceed several meters and tolerances still demand 5-axis precision.

04 How is accuracy maintained over 6 meters of travel?

DMG Mori uses multiple strategies on the DMU 600 P: precision-ground guideways with pre-loaded carriages, multi-point temperature sensors throughout the machine structure feeding real-time compensation algorithms in the Siemens 840D sl CNC, and volumetric calibration using laser tracker measurement. On well-maintained machines in temperature-controlled or monitored environments, volumetric accuracy is typically in the 0.020–0.050 mm range over the full envelope — sufficient for most large aerospace and energy work.

05 How does DMG Mori support the DMU 600 P globally?

The DMU 600 P is supported through DMG Mori's global heavy machine specialist team, separate from standard regional service. These machines receive dedicated application engineers and service contracts from DMG Mori's Bielefeld and Tokyo headquarters teams. Given the investment level and criticality of uptime, most buyers negotiate multi-year service and preventive maintenance contracts as part of the machine purchase agreement.