FEELER FT-200 CNC LATHE

Technical Description

A 2-axis CNC lathe represents the fundamental platform in computer numerical control machining technology, operating along two linear axes—X and Z—to deliver precise cylindrical machining capabilities. The X-axis governs radial movement, controlling tool positioning inward and outward to manage workpiece diameter, while the Z-axis manages axial movement along the workpiece length. This configuration enables efficient turning operations and basic facing applications ideal for symmetrical, cylindrical components. This particular model features a maximum spindle speed of 4,500 RPM, providing adequate velocity for diverse material applications and surface finishes. The 13-inch turning diameter accommodates mid-sized cylindrical workpieces, while the 20.7-inch swing measurement indicates the maximum workpiece radius that can be rotated without collision. The 20.9-inch machining length enables substantial axial part production, supporting extended components or multiple operations in single setups. The integrated CNC control system automates tool positioning with programmable coordinates, eliminating manual intervention and enhancing repeatability and precision across production runs. This configuration is particularly valuable for automotive, aerospace, and electronics sectors requiring consistent accuracy on turned components. Equipped with precision ground ballscrews and servo motor positioning, this lathe delivers consistent dimensional accuracy and rapid tool traverse rates. The 2-axis architecture balances operational simplicity with manufacturing versatility, making it suitable for job shops and production facilities processing cylindrical parts requiring high-precision tolerances and efficient cycle times.