The 2-Axis CNC Lathe is a robust horizontal turning center engineered for heavy-duty machining applications. Featuring dual linear axes (X and Z), this machine delivers precise diameter control through radial tool movement and longitudinal workpiece positioning for comprehensive turning operations. The system accommodates a maximum swing diameter of 62.2 inches with a comparable turning diameter capacity, enabling machining of large components. With a machining length of 79 inches, the lathe provides substantial workpiece versatility for extended production runs. Driven by a powerful 45 kW spindle motor, the machine operates at a maximum spindle speed of 500 RPM, optimizing torque delivery for heavy cutting operations and large-diameter workpiece engagement. The integrated FANUC 32I-A CNC control system enables advanced programmable automation with ISO code compatibility, offering sophisticated tool path generation, diagnostics, and real-time process monitoring. The tailstock assembly supports between-centers machining, facilitating extended workpiece support and reducing deflection during precision turning operations. The machine utilizes precision ball screws and servo-driven axes for repeatable positioning accuracy across the X and Z travel ranges. This configuration is ideal for medium to large-sized component production, including heavy-walled cylinders, flanges, and similar geometries requiring consistent dimensional accuracy. The 2-axis design provides optimal balance between operational simplicity and machining capability, making it suitable for cell manufacturing environments with gang tooling configurations. The substantial spindle power and extended workpiece capacity position this lathe as an efficient solution for high-volume production of large turning components with demanding torque requirements.