Experience the power of precision with our exclusive Dual-Axis CNC Lathe drawing, available for descarga gratuita! This comprehensive technical blueprint provides an in-depth look at a versatile machine designed for turning cylindrical parts with exceptional accuracy. This invaluable document is an essential resource for students, engineers, and machinists who want to understand the core principles of CNC turning. It details the intricate relationship between the two axes—the Z-axis for longitudinal movement and the X-axis for radial movement—that allows for the creation of complex profiles, tapers, and threads. By studying this drawing, you will gain a clear understanding of how the robust frame, high-speed spindle, and automated tool turret work together to transform a raw material into a finished component. This drawing is a perfect educational tool and a valuable asset for anyone involved in design, manufacturing, or machine maintenance.
Características principales:
- Rigid Machine Bed: The drawing highlights the foundational structure of the lathe, a heavy-duty bed that provides exceptional stability. This rigidity is crucial for minimizing vibration and deflection during high-speed cutting, ensuring a superior surface finish and tight tolerances.
- Dual-Axis Motion Control: The blueprint showcases the X and Z axes, which are driven by precision ball screws and servo motors. This two-axis system enables the cutting tool to move with incredible accuracy, allowing for the creation of intricate external and internal geometries on the workpiece.
- Automated Tool Turret: The technical plans illustrate a multi-station tool turret that can automatically index to present the correct cutting tool. This automated feature eliminates the need for manual tool changes, significantly reducing cycle times and enabling lights-out manufacturing.
- High-Speed Spindle: The drawing provides a detailed view of the powerful spindle assembly. The precision bearings and motor are engineered to rotate the workpiece at high speeds, which is essential for efficient material removal and for achieving a flawless surface on the final part.
