Used CINCINNATI Gilbert #163328 for sale

CINCINNATI Gilbert model MTM-M13 CNC machining center is a fully automated, high-precision machine tool designed for 3D machining operations. It is a versatile, multi-axis machining center built with a rigid structural design, a powerful control equipment, and a user-friendly CNC interface, making it an ideal choice for a variety of automation applications. The MTM-M13 has a cast iron frame and column structure that gives it enhanced rigidity and accuracy, as well as enhances this CNC center's thermal stability. The reinforced construction gives it the ability to handle larger and heavier loads, such as those common with machining larger components. The fully enclosed housing protects the internal components from dust, chips and coolant. The MTM-M13 is equipped with a range of features, including a dual-sided drive spindle, high accelerations and feed rates, a conveyor system for automatic loading and unloading of parts, and a variety of sensors for monitoring machine variables. The simultaneous five-axis machining head provides multidirectional cutting capabilities, allowing for difficult 3D shapes to be machined with excellent accuracy. The machine is capable of drilling, milling, and tapping operations, as well as graphite machining and parts washing. The user-friendly FANUC CNC control unit is the main feature of the MTM-M13. It performs the core calculations needed to control all the machine's axes, providing the ability to program complex 3D surfaces automatically and accurately. The control machine also allows real-time monitoring of all machine variables, including spindle load, speed, temperature, and other important performance metrics. Gilbert MTM-M13 provides a high degree of machining accuracy and repeatability. It can produce high-quality 3D parts on a consistent basis and excels at difficult machining applications, such as high-precision prototypes or even short-run production components. This CNC machine tool is a great choice for those looking to automate their machining processes and increase their production efficiency.