Used DOOSAN DB130 CNC Boring Milling Center For Sale

The DB130 CNC Boring Milling Center is a specific type of machining equipment that combines both boring and milling functions. Here’s a detailed description of its features and capabilities:

1. Machine Type and Model:
   • ” DB130 CNC ” is the model number, indicating the specific model and potentially providing information about its specifications and capabilities.
2. Machining Functions:
   • The machine is designed to perform both boring and milling operations on workpieces. Boring involves enlarging existing holes or creating precise internal cavities, while milling involves removing material from the workpiece using rotating cutting tools.
3. Boring Capability:
   • DB130 CNC Boring Milling Center . The machine can accurately and precisely bore holes into the workpiece, including larger and deeper holes, often used in applications where high precision is required.
4. Milling Capability:
   • DB130 CNC CNC Boring Milling Center . The machine can perform milling operations, allowing for various surface finishes and the creation of intricate geometries on the workpiece.
5. Compatibilidad de materiales:
   • The machine is compatible with a wide range of materials, including metals (e.g., steel, aluminum, cast iron), plastics, and other workpiece materials used in industrial applications.
6. Tamaño y capacidad:
   • The DB130 CNC Boring Milling Center is likely a heavy-duty machine capable of handling large workpieces in terms of size and weight. The specifications will provide details about the maximum dimensions and weights it can accommodate.
7. Versatility and Applications:
   • This machine’s versatility allows it to be used in a wide range of applications, including manufacturing components for automotive, aerospace, industrial machinery, and other heavy industries where precision machining is crucial.
8. Automation and Controls:
   • The machine likely features advanced automation and a computer numerical control (CNC) system, providing automated operation and precise control over the machining process. This enhances efficiency and accuracy.