The main structure of a vertical lathe includes a vertical spindle and a rotating worktable. The worktable is usually quite large and can hold heavy workpieces. The spindle is positioned vertically, which is different from the horizontal spindle of a conventional horizontal lathe. The machine has a sturdy frame to support the heavy worktable and the cutting tools. The frame is designed to provide stability and rigidity to ensure accurate machining operations.
Vertical lathes, or VTLs, are one of the most traditional machine types. They are ideal for heavy-duty machining of medium to large parts. With different technologies, vertical lathes are also becoming more and more multifunctional. Our vertical lathe increases productivity by providing stable machining of thin and odd-shaped workpieces. The box-type base and column make a highly dependable, highly rigid structure and the headstock with flange construction minimizes the effects of thermal deformation and vibration, which ensures stable, accurate cutting.
The main structure of a vertical lathe includes a vertical spindle and a rotating worktable. The worktable is usually quite large and can hold heavy workpieces. The spindle is positioned vertically, which is different from the horizontal spindle of a conventional horizontal lathe. The machine has a sturdy frame to support the heavy worktable and the cutting tools. The frame is designed to provide stability and rigidity to ensure accurate machining operations.
Vertical lathes, or VTLs, are one of the most traditional machine types. They are ideal for heavy-duty machining of medium to large parts. With different technologies, vertical lathes are also becoming more and more multifunctional. Our vertical lathe increases productivity by providing stable machining of thin and odd-shaped workpieces. The box-type base and column make a highly dependable, highly rigid structure and the headstock with flange construction minimizes the effects of thermal deformation and vibration, which ensures stable, accurate cutting.
