Conjoined 45° Oblique Rail Cutter Tower Tail Seat Precision CNC Horizontal Lathe

A one-piece 45° slant bed gives the machine a firm, balanced platform for turning operations, helping it remain steady when cutting forces increase. The angled layout also encourages chips to fall away from the work area instead of building up around the tool path, which is useful for keeping production runs cleaner and more consistent.

• Reliable spindle performance for both heavy and light-duty work
  • The servo spindle system offers smooth speed variation, so the machine can be matched more easily to different materials, part sizes, and cutting conditions. Good torque at lower rpm, together with quick spindle response, makes it practical for everything from heavier rough cuts to finer finishing work.
• High-precision axis movement with roller guideways
  • The X and Z axes use precision ball screws and roller linear guideways to support accurate positioning and repeatable motion. This combination helps reduce friction, supports faster travel, and contributes to consistent machining accuracy over time.
• Responsive turret action for multi-step turning work
  • The 12-station hydraulic servo turret shifts tools with solid repeatability, which keeps production moving without unnecessary pauses between operations. On parts that require several cuts in one setup, that smoother transition from tool to tool can make a noticeable difference in overall workflow.
• Hydraulic tailstock support for longer turning jobs
  • When machining longer shafts or similar components, the hydraulic tailstock helps keep the workpiece better supported from end to end. This added support is useful for controlling vibration during cutting and for holding a more even result along the finished part.
• Designed for dependable daily production
  • From the hydraulic chuck to the rigid spindle box structure, the machine is configured for regular shop-floor use rather than occasional light work. It is a practical choice for manufacturers looking for repeatable accuracy, reliable clamping, and steady cutting performance in real production environments.