High-Rigidity Machine Structure the highly rigid structure designed by 3D simulation techniques, and responsive axis feed system provide world class precision machining capability.
Built-in Spindle The high performance built in spindle ensures optimum machining performance at high speed and heavy duty cutting.
Higher Machining Accuracy For higher accuracy, we provide the thermal displacement compensation system even during a prolonged period of machining and high-rigidity machine structure.
High rigidity machine structure results in optimum static and dynamic rigidity verified by 3D simulation, resulting in highly stable precision machining.
Machine structure is designed by Finite Element Analysis Method (FEM) and the static/dynamic rigidity is further enhanced.
High-Rigidity Axis Feed System The axis feed system structure is designed to achieve the combination of high rigidity and responsive feed motion. the base casting is made of heavy duty Meehanite Cast Iron which provides excellent vibration damping characteristics and guarantees highly stable machining conditions. Roller type linear guideways and highly rigid couplings are included to provide both rigidity and sensitive X, Y, Z axis feed. Ballscrew nut cooling reduces heat generation to minimise thermal displacement.
Linear scale All axes are equipped with the linear scale as a optional feature to maintain thehighest degree of accuracy over many hours of operation.
Thermal Error Compensation live data is collected from multiple temperature sensors around the machine are combined with Doosan feed system smoothing algorithms to provide real time thermal compensation and provide optimum precision.
Large workpiece capacity allows a variety of parts to be machined in one set up.
The automatic pallet changer allows setting the workpiece even during the machining process to further improve productivity.
Along with the rapid tool change that enables higher productivity, a wide range of choices is available for tool magazines.
High-Capacity Magazines
A wide range of tool magazine choices (60 / 81 / 101 / 121 tools magazines) is available. The Increased tool capacity will improve user convenience and efficiency.
Built-in motor minimizes vibration and noise generated.
The main spindle is optimally designed with 4 row precision ceramic bearing whose features, low centrifugal force and minimum heat generation, are great merits at high speed condition. The high productivity is realized by reduction of the acceleration time to the maximum speed of main spindle.
Dual Contact Spindle Dual contact spindle is adopted to improve spindle life and surface roughness in high-speed cutting process.
From high-speed machining to heavy-duty cutting, diverse machining processes are applicable for complex-shaped workpiece.
Ball Bar Measurement Test Higher roundness accuracy is realized by the advanced design of machine structure and Doosan control system.
Diverse optional features are available to meet specific customer requirements.
User convenience has been significantly enhanced with a new operation panel.
Easy Operation Package Setting up of tools, work pieces and programs, as well as troubleshooting for abnormal condition of main parts, is designed to minimize waiting time, maximize operational efficiency, and enhance operator convenience.