Used OKUMA ACT-3 CNC Turning Center for sale — CNC Turning Centers

The OKUMA ACT-3 is a high-rigidity CNC turning center utilizing a classic slant bed configuration designed for stable, high-accuracy cylindrical machining. This machine offers robust cutting performance and precise control, making it a reliable choice for production workshops focused on medium-capacity workpieces. Built with solid mechanical foundations, this model accommodates a variety of turning, facing, and threading operations within a compact footprint. In terms of working capacities, the OKUMA ACT-3 features a maximum swing over bed of 460 mm, with a maximum turning diameter of 210 mm and a maximum turning length of 580 mm. The system provides a distance between centers of 600 mm, allowing sufficient room for shaft-type components. Motion control is handled across two axes with travels of 175 mm on the X-axis and 600 mm on the Z-axis. Both axes achieve rapid traverse rates of 15 m/min, contributing to minimized non-cutting times and consistent positioning performance during batch production runs. The headstock is equipped with a spindle featuring a JIS A2-6 spindle nose. The spindle speed ranges from 40 to 4000 rpm, allowing operators to match optimal cutting speeds to different material compositions and surface finish requirements. Tool management is handled by a 12-station turret that ensures quick tool indexing. The turret is designed to receive standard tool shanks with a JIS No. 4 size of 25 mm, providing compatibility with standard turning and boring toolholders. Engineered for structural stability, this slant bed turning center is well-suited for general engineering, automotive component fabrication, and precision manufacturing setups that require repetitive accuracy. As an imported used machine, this unit is available from Corel Machinery, India. We conduct thorough technical evaluations of all used CNC machines in our inventory. We coordinate secure logistics and offer worldwide shipping to ensure safe delivery directly to your facility.