The BY32S dual-spindle mobile CNC gang tool lathe features a structure where two main spindles are arranged in parallel and opposite to each other, with the gang tool post fixed in the middle of the machine. Both spindles can independently execute programs for X-axis and Z-axis movement, enabling automatic exchange of workpieces between the main spindle and the sub-spindle. This resolves the machining problem of performing two operations on the clamping end of the workpiece in a single setup.

The machine offers several advantages, including fast tool change, high positioning accuracy, high production efficiency, labor savings, and a high cost-performance ratio. Additionally, various forms of automated loading and unloading mechanisms, such as vibrating plates, can be integrated into the machine to achieve unmanned automatic processing. The machine combines two functions into one, saving on floor space.

The BY32S dual-spindle mobile CNC gang tool lathe features a unique design with dual spindles and dual systems

1. Combining two independent lathes into one, and utilizing two sets of CNC systems, it can operate independently or work together to complete the other half of the machining process.
2. This is equivalent to operating two lathes, but it offers the added benefits of saving floor space, reducing the number of operators, and minimizing material handling and setup time.

3. By integrating various automated loading and unloading mechanisms, such as vibrating plates, it achieves unmanned automatic processing.
4. A servomotor with an absolute encoder prevents errors caused by power outages.