Used MAZAK Quick Turn 10N #9212080 for sale

MAZAK Quick Turn 10N is a compact precision CNC lathe, designed for complete production automation and performance. This machine tool is engineered to deliver maximum productivity, reliability and precision in demanding production environments. Quick Turn 10N offers the ability to automate complete machining processes from one setup. The machine features a high-performance 8" Single Chuck, capable of machining parts up to 10" in diameter. The high torque spindle motor provides up to 10 HP, allowing for high-speed operations at up to 4,500 RPM. This efficient spindle motor reduces cycle times by up to 50%. The turret holds up to 12 tool positions for complete production operations. The machine can be controlled with a 15" LCD touch panel, and has a simple conversational interface. MAZAK Quick Turn 10N utilizes simultaneous control of spindle and turret axes, allowing for high precision cutting and high-speed operations at up to 0.0001" repeatability. The machine is equipped with the latest MAZAK control, making it ideal for high-precision finishing operations. The machine had a rapid traverse rate of up to 960 inches per minute, and a nutating feed rate of up to 16 ipm. It is designed with an automatic tool changer and 1000 PSI rotary union for multiple-tool operations. Additionally, Quick Turn 10N also has an optional automatic load and unloading system, to help reduce cycle times and minimize idle time. The machine is designed with a variety of safety features such as a door interlock to protect operators from hazards, and a spindle brake for emergency stop. Other features of the machine include a work light, adjustable parts catcher, adjustable tool post, safety mats, handwheels, and extra coolant outlets. MAZAK Quick Turn 10N is a high-performance, user friendly CNC lathe, designed for simple and efficient set-ups, operation, and maintenance. This machine is ideal for high-precision and high-speed finishing operations, and is capable of achieving maximum productivity, reliability and precision.