OPTIMUM TU 3209V MANUAL LATHES

Technical Description

The OPTIMUM TU 3209V is a precision engine lathe designed for manual metalworking operations in professional and industrial workshops. This completely equipped centre lathe features a 12.99-inch swing capacity and 36.22-inch distance between centers, providing ample workspace for medium-scale turning operations on cylindrical workpieces. The machine is powered by a 2.01 HP motor capable of achieving maximum spindle speeds up to 2,500 RPM, delivering consistent performance across various machining applications including threading, facing, and tapering operations. The 1.50-inch spindle bore accommodates standard tooling and workholding devices, enabling compatibility with conventional collets and chuck systems. Built as a conventional parallel lathe, the TU 3209V incorporates hardened and ground Z-axis guideways that ensure precise positioning and guaranteed spindle concentricity for high-accuracy work. The machine weighs approximately 903.89 pounds, providing substantial mass for vibration dampening during cutting operations. Featuring a robust construction typical of OPTIMUM's metalworking equipment, this manual lathe is ideal for job shops, educational institutions, and manufacturing facilities requiring reliable turning capabilities. The combination of spindle power, speed range, and center distance makes it suitable for producing precision components with repeatable accuracy. Standard equipment typically includes a chuck, fixed centers, chip tray, and splash guard for operator safety and efficient chip management.