The selection between True Y-axis and Wedge type Y-axis on CNC lathes
In CNC lathes, different machining effects can be achieved by selecting different Y-axis transmission methods, with the Y-axis transmission structure typically adopting two different designs: True Y-axis and wedge type Y-axis. True Y-axis utilizes Y-axis linear interpolation control, while wedge type Y-axis monitors surface contour errors in real-time and compensates by fine-tuning Y-axis movement. They each have their advantages and disadvantages.
Comparison of True Y-axis and wedge type Y-axis:
Structure: True Y-axis features a simple transmission chain, easy to manufacture and maintain.
Cost: True Y-axis has lower manufacturing and maintenance costs compared to wedge type Y-axis, making it suitable for cost-sensitive applications.
Accuracy: Wedge type Y-axis utilizes a differential transmission mechanism, automatically compensating for gaps and errors in the transmission chain, thus enhancing machining accuracy, suitable for applications with high precision requirements.
Machining Efficiency: Wedge type Y-axis can achieve automatic compensation of the transmission chain, reducing the need for manual intervention and improving machining efficiency, particularly suitable for large-scale and high-efficiency machining demands.
Process: Wedge type Y-axis's ability to automatically compensate for errors in the transmission chain enables CNC lathes to maintain high precision and stability during complex contour and surface machining.
In actual production, the selection between True Y-axis and wedge type Y-axis should be based on specific requirements. SMARTLATHE has been adjusted to provide a wider range of choices for CNC lathes, catering to various needs. Interested parties are welcome to inquire for more information.
