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The guide bushing in a Swiss-type lathe is used to guide and support the workpiece, ensuring its stability during the machining process and reducing vibration and displacement.
If you want to learn more, please visit our website High Efficiency Double Head CNC Lathe.
Due to the bending of the material or the forces generated during machining, if the machining part is far from the material clamping position, achieving high-precision cutting becomes difficult. Therefore, to machine long and slender products, a mechanism to support the material (the guide bushing) is installed between the chuck and the tool, allowing the chuck to move longitudinally along the material. Since the guide bushing supports the material near the tool, it reduces the bending of the material caused by machining forces, allowing high-precision machining with a Swiss-type lathe.
Depending on different machining needs and requirements, choosing the appropriate Swiss-type lathe guide bushing process is crucial. If high precision and surface quality are required, and the workpiece diameter is larger than the guide bushing inner diameter with high machining volume, a non-rotating process is recommended for higher efficiency and better product quality. For smaller diameters or longer workpieces, the rotating process is preferred due to its flexibility and efficiency.
A double spindle Swiss lathe with guide bushing consists of many parts, including the tool holder, spindle, side milling, end drilling, end milling, rotating guide bushing, sub-spindle, and specialized tools for the sub-spindle.
On the SYNTEC system control panel, find the "Parameter Settings" option and click it.
Enter the parameter settings panel, navigate to parameter number , and find the R85 guide bushing switch. Set it to 0 for guide bushing mode and 1 for non-guide bushing mode.
SW-205; SW-266; SW-326. Through the design of the double spindle and the high-precision guide bushing structure, these machines can effectively improve machining stability and efficiency, meeting the modern manufacturing industry's demands for high efficiency, precision, and multifunctionality, while reducing production costs.
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