Optimized Column and Bed Design High feedrate and precision have been realized by optimized column and bed design with 3D simulation technique. 

Direct Coupled Spindle Direct-coupled spindle minimized noise and vibration. High speed and heavy-duty cutting can be performed with a single setting.

High-precision Travel System Roller-type LM guideways and high-rigidity coupling have been adopted to ensure excellent rigidity and accuracy of the X, Y and Z linear travel system.

High feederate and precision cutting achievedby optimized column and bed design.

High speed cutting & the highest accuracy with high precision machine structure.

High rigidity and precision of the X,Y,Z axis drive systems are achieved by using roller type linear guideways and highly rigid couplings. Speed and accuracy are further enhanced with the nut cooling system which minimizes thermal error of ball screws. (Nut cooling system : Only DNM 350/5AX)

Along with rapid tool change that enables higher productivity, a wide range of choices is available for tool magazines.

Enhanced productivity achieved with the CAM-type tool changer that supports faster tool changing.

Wide machining area for vairous workpiece and machine set up.

Direct-coupled spindle head minimizes noise and vibration.

Direct coupled, high precision spindles supports high speed and heavy duty cutting in a single set up. Machining performance is optimised by minimising vibration and noise, while power loss at high speed is also minimised.

Tool rigidity is enhanced by firm clamping with the spindle, while tool life cycle and cut-surface roughness are improved due to reduced vibration realized by dual contact spindle.

High-accuracy oil cooler minimizes thermal error of the spindle by removing the heat generated at the bearings and motor.

From high-speed machining to heavy duty cutting, diverse machining processes are applicable for complex-shaped workpiece.

Diverse optional features are available to meet specific customer requirements.

Intelligent Kinematic Compensation for 5-axis  

For high accuracy 5-axis machining, Intelligent Kinematic Compensation function is recommended. This function minimizes error in complex 5-axis machining applications by 

maintaining tip of the tool in correct position in respect to the workpiece. In order to properly utilize this function, following four optional items are required.

Operator convenience and work efficiency have been improved with adoption of various convenient control functions and ergonomic design.

The current position of the machine is stored and maintained using battery power. Zero point return is not necessary after a power cycle.

These Doosan software packages have been customized to provide fast and easy setup of tooling, workpiece, and program. These functions minimize the idle time caused by process setup and maximize the machine's productivity.