Used GILDEMEISTER CTX 400 Series II #9066210 for sale

GILDEMEISTER CTX 400 Series II is a high-performance, computer numerically controlled (CNC) lathe machine tool designed for a range of machining applications. It is built with a robust construction featuring vibration damping, structural integrity, and an integrated roller guide in the main spindle. The machine has a full B-axis control, allowing simultaneous workpiece rotations in the largest size range available in the market today. CTX 400 Series II has a powerful Siemens 840D SL Control Unit operating system and features a fully integrated 18" touchscreen, which allows for rapid and intuitive program input and monitoring. The preset functions make it easy to replicate routines that have been tried and tested, allowing users to retain machining parameters and minimize programming time. This makes GILDEMEISTER CTX 400 Series II ideal for medium to high volume production applications. CTX 400 Series II is equipped with a variety of features designed to improve machining accuracy. It is designed with active damping and integrated roller bearing technologies, making it a highly rigid machine for fine machining applications. This is complemented by its eight-station, driven tool turret that provides quick, accurate tool changes for minimal downtime. GILDEMEISTER CTX 400 Series II utilizes the EcoDrive power-saving system to reduce energy consumption, increasing machine efficiency and extending the machine's working life. In addition, the machine also features fully integrated automation technology, allowing for unmanned operation and an improved workflow. CTX 400 Series II offers an array of optional devices, such as an automated bar feeder and oil mist system, that extend its usage for higher productivity and higher-volume production. In conclusion, GILDEMEISTER CTX 400 Series II is a powerful, efficient, and reliable machine tool designed for a wide range of applications. Its features make it ideal for medium to high volume production, while its advanced automation technology and optional devices maximize machining efficiency and make it suitable for unmanned operations.