Used NAKAMURA TOME SC-250MY #9111105 for sale

NAKAMURA TOME SC-250MY is an advanced high-precision machine tool designed for precision machining applications. The machine features a superior structural design that provides an ideal balance between rigidity and machine mass. It features a sturdy base with two linear guide rails and a column constructed from a specialized alloy that is 30% lighter than other machine designs. This lightness increases the rigidity of the machine, providing superior stiffness for high-precision machining. The machine is equipped with a high-speed spindle motor and CTS Turbo Chip Equipment that minimizes vibration to increase accuracy and productivity. SC-250MY is powered by a FANUC 0i Control System. This intuitive programmable unit offers fast response, excellent accuracy, and reliable data management for easy operation with high speed, heavy cuts, and exceptional repeatability. In addition, built-in-self diagnostics guarantee maximum machine up-time and cost efficiency. The machine also features an automatic tool changer with a capacity of 24 tools and a tool changing time of 1.5 seconds. The machine also includes a powerful software, allowing for easy program-editing and modification, making the programming and operation more efficient. NAKAMURA TOME SC-250MY can handle a wide variety of material, up to a maximum cutting diameter of 254mm (10in). It features a boxways design for maximum rigidity and minimum tool deflection, allowing for precise surface finish and exceptional tolerances. Additionally, the machine is designed for easy maintenance with quick and simple access to sensitive parts. SC-250MY machine tool is perfect for handling high-precision machining applications. The machine features an advanced design that provides an optimal balance between rigidity and mass, high-speed spindle motor, FANUC 0i Control Machine, automated tool changing, and a powerful software that makes programming and operation easier and more efficient. Its large cutting diameter and boxways design provide exceptional repeatability, accuracy, and surface finish, while the easy maintenance design ensures maximum machine up-time and cost efficiency.