The Doosan DCM 3780 is a large-scale CNC double-column (gantry/bridge-type) machining center designed for high-precision, heavy-duty, five-face machining of extremely large and complex components. It belongs to the DCM series, which is specifically engineered for industries that require machining of oversized workpieces in a single setup, significantly improving accuracy and reducing handling time.
This machine features an elevating cross rail (W-axis), a rigid RAM-type spindle, and compatibility with multiple head attachments such as right-angle, universal, and extension heads. These capabilities allow the DCM 3780 to perform true multi-face machining, enabling operators to access multiple sides of a part without repositioning. This reduces cumulative error and increases overall productivity in large-part manufacturing environments.
The machine is built with a heavy-duty double-column structure and a reinforced bed, which minimizes vibration and ensures long-term stability during aggressive cutting operations. It supports a wide range of applications, including hard cutting, precision finishing, and mold machining. With its massive working envelope and high load capacity, the DCM 3780 is widely used in aerospace, energy, shipbuilding, and heavy equipment industries for machining large castings, structural frames, and die components.
DOOSAN DCM 3780SPECIFICATIONS
DOOSAN DCM 3780 – AXIS TRAVELS
X-Axis Travel: 8250 mm
Y-Axis Travel: 4200–4400 mm
Z-Axis Travel: 1000 mm
W-Axis (Cross Rail): ~1400 mm
C-Axis Rotation: 360°
Designed for Extra-Large Components
DOOSAN DCM 3780 – CAPACITY
Table Size: ~8100 × 3200 mm
Table Load Capacity: ~45,000 kg
Large Work Envelope
Suitable for Heavy Components
Ideal for Mold & Die
Inspect Table Condition
DOOSAN DCM 3780 – SPINDLE
Spindle Type: RAM-Type
Max Spindle Speed: 6,000–8,000 RPM
Spindle Taper: CAT 50 / BIG PLUS
Motor Power: ~26 kW (~35 HP)
Torque: ~765 Nm
Designed for Heavy Cutting
DOOSAN DCM 3780 – TABLE
Table Configuration: Fixed Table
Working Surface: ~8100 × 3200 mm
Distance Between Columns: ~3700+ mm
Heavy-Duty Construction
Supports Large Fixtures
High Stability Platform
DOOSAN DCM 3780 – TOOL TURRET
Tool Changer Type: Automatic Tool Changer
Tool Capacity: 40 (Optional 60–90)
Tool Taper: CAT 50
Automatic Head Changer Available
Supports Large Tooling
Verify Tool Change Reliability
DOOSAN DCM 3780 – FEEDRATES
Rapid Traverse X: ~16 m/min
Rapid Traverse Y: ~16 m/min
Rapid Traverse Z: ~10 m/min
Rapid Traverse W: ~3 m/min
Smooth Axis Motion
Stable Under Heavy Load
DOOSAN DCM 3780 – COOLANT & CHIP MANAGEMENT
Through-Spindle Coolant Available
Flood Coolant System
Chip Conveyor Included
Designed for Heavy Chip Removal
Large Coolant Tank
Maintain Clean System
DOOSAN DCM 3780 – CONTROL SYSTEM
CNC Control: Fanuc 31i Series
Multi-Axis Capability
Supports 5-Face Machining
Advanced Machining Functions
User-Friendly Interface
Verify Control Condition
DOOSAN DCM 3780 – POWER & AIR REQUIREMENTS
Power Requirement: 3 Phase
Voltage: 220–440 VAC
Approx Power: ~70–100 kVA
Air Requirement: ~6–8 bar
High Power Consumption
Ensure Facility Support
DOOSAN DCM 3780 – DIMENSIONS
Machine Length: ~20,000 mm
Machine Width: ~9,200 mm
Machine Height: ~8,000 mm
Machine Weight: ~110,000+ kg
Requires Large Floor Space
Heavy Foundation Required
DOOSAN DCM 3780 – GENERAL INFORMATION
Machine Type: Double Column Gantry / Bridge Mill
5-Face Machining Center
Moving Cross-Rail Design
RAM-Type Spindle
High Rigidity Structure
Designed for Extra-Large Part Machining
INDUSTRIES THAT USE DOOSAN DCM 3780
Aerospace
Mold & Die
Energy
Shipbuilding
Heavy Equipment
General Engineering
TYPICAL PARTS DOOSAN DCM 3780 CAN PRODUCE
Large Mold Bases
Structural Frames
Turbine Components
Machine Bases
Aerospace Panels
Heavy Plates & Castings
WHY CHOOSE DOOSAN DCM 3780
Massive Work Envelope
True 5-Face Machining Capability
High Rigidity Gantry Design
Multi-Axis Flexibility
Reduced Setup Time
Reliable for Heavy Industrial Applications
WHY BUY USED DOOSAN DCM 3780
Buying a used Doosan DCM 3780 is a strategic investment for manufacturers that need large-part machining capabilities without the cost of a new gantry system.
One of the biggest advantages of this machine is its five-face machining capability, which allows complex parts to be completed in a single setup. This reduces manual handling, improves geometric accuracy, and shortens overall production cycles. Shops working with large molds, heavy plates, or structural components benefit significantly from this capability, as it eliminates the need for multiple setups or machines.
Another key benefit is the machine’s rigid gantry construction combined with a high-torque spindle. This enables both aggressive roughing and precision finishing on large workpieces. The availability of automatic head changers and multiple spindle options further enhances flexibility, allowing the machine to adapt to different machining requirements.
Additionally, the DCM 3780 is designed for stability and long-term performance. Features such as load-based optimization functions and advanced control systems help maintain consistent machining quality even under varying cutting conditions.
HOW MUCH DOES A USED DOOSAN DCM 3780COST?
The cost of a used Doosan DCM 3780 varies depending on factors such as machine age, condition, configuration, and included options like attachment heads, tool capacity, and control systems.
Typically, older models (around 2012–2016) can range from $250,000 to $450,000, depending on usage and maintenance history. Newer or well-maintained machines (2017–2023) with advanced features such as automatic attachment changers, high-capacity tool magazines, and upgraded CNC controls can range between $400,000 and $750,000+.
Machines equipped with universal heads, 5-axis capability, and high-pressure through-spindle coolant systems tend to command higher prices due to increased flexibility and productivity. Larger table sizes and higher load capacities also contribute to increased value.
Overall, the DCM 3780 offers strong value in the used market, especially for manufacturers looking to expand into large-part, high-precision machining without investing in a new double-column system.