Używana tokarka pozioma VIGERT CW61180X12000 do sprzedaży

CW61180X12000 Heavy Horizontal Lathe. Here’s a detailed description based on common features associated with heavy horizontal lathes:

1. Heavy-Duty Construction: CW61180X12000 Heavy Horizontal Lathe. The CW61180X12000 is built with a sturdy and robust construction to handle heavy workpieces and endure rigorous machining processes.
2. Swing Over Bed: CW61180X12000 Heavy Horizontal Lathe. CW61180X12000 Heavy Horizontal Lathe. The swing over bed is likely to be approximately 1800 mm, indicating the maximum diameter of the workpiece that can be accommodated over the lathe bed.
3. Maximum Turning Length: The lathe is capable of handling workpieces up to 12,000 mm in length, allowing for extended turning operations and the machining of long components.
4. Mocny wrzeciono: Equipped with a high-powered spindle motor, the lathe provides sufficient torque and rotational speed to efficiently turn and machine the workpiece.
5. Mechanizm mocowania przedmiotu obrabianego: The lathe includes a reliable workholding mechanism, such as a chuck or faceplate, to securely grip and rotate the workpiece during the turning process.
6. Multi-Axis Movement: The CW61180X12000 offers multi-axis movement, typically including longitudinal (X-axis) and radial (Z-axis) movement, enabling precise control over tool positioning and facilitating versatile machining operations.
7. Tooling and Tool Holders: The lathe supports a variety of cutting tools and tool holders suitable for different turning and machining tasks, allowing for flexibility in tool selection and application.
8. Tailstock and Steady Rests: A tailstock and steady rests may be included to provide additional support for long workpieces, enhancing stability during machining operations.
9. Coolant and Lubrication System: An integrated coolant and lubrication system help maintain optimal cutting temperatures and improve cutting efficiency, tool life, and surface finish.
10. Dokładność i precyzja: The CW61180X12000 is designed to achieve high levels of accuracy and precision, enabling tight tolerances and superior surface finishes on machined parts.