SPARK Strung orizontal CW6280C folosit de vânzare

CW6280C Horizontal Lathe. The CW6280C Horizontal Lathe is a type of machine tool used in the manufacturing and metalworking industry for various turning and machining operations. Here’s a detailed description of its key features and functions:

1. Orientare orizontală: CW6280C Horizontal Lathe. The “Horizontal” in its name indicates that this lathe has a horizontal spindle orientation. In this configuration, the workpiece rotates horizontally while the cutting tool moves along the workpiece’s length. This design is well-suited for turning cylindrical and conical shapes.
2. Manual or CNC Control: CW6280C Horizontal Lathe. The CW6280C can be operated manually by an operator who controls the machine’s movements and the turning process using various handwheels and controls. Alternatively, some models may feature CNC control, allowing for precise and automated machining operations with complex toolpaths.
3. Large Swing Diameter: CW6280C Horizontal Lathe. The “CW6280C” designation typically indicates the swing diameter of the lathe, which is the maximum diameter of a workpiece that can be accommodated. A large swing diameter suggests that this lathe can handle relatively large and heavy workpieces.
4. Precizie ridicată: Lathes like the CW6280C are known for their precision and accuracy. They can produce parts with tight tolerances, making them suitable for industries that require high-quality and precise components.
5. Ax: The machine features a spindle that holds and rotates the workpiece. The spindle speed can be adjusted to suit different materials and machining requirements. Some models may also offer variable speed control.
6. Toolpost: The toolpost is the component that holds the cutting tool. It can be adjusted and positioned along the lathe’s carriage to control the depth of cut and feed rate, allowing for various turning operations.
7. Concepător: A tailstock is commonly included to support longer workpieces. It can be adjusted along the lathe bed to accommodate workpieces of varying lengths. The tailstock can also be used for drilling or boring operations.
8. Chuck or Workholding: To secure the workpiece during turning, the lathe may use a chuck or other workholding mechanisms. These mechanisms ensure the workpiece remains securely held and centered during machining.
9. Sistem de răcire: To maintain a consistent machining temperature and remove chips and debris generated during turning, the lathe often includes a coolant system.
10. Masuri de siguranta: Safety measures such as emergency stop buttons, safety interlocks, and protective enclosures are integrated to ensure operator safety during machine operation.