Used HITACHI Enshu 1.5 #169998 for sale

HITACHI Enshu 1.5 is a multi-axis, high-precision, CNC machine tool designed for precision machining of workpieces in a variety of materials ranging from aluminum, stainless steel, and titanium to zinc, brass, and other non-ferrous materials. Equipped with a high-performance, closed-loop servo system, the Enshu provides exceptionally precise and accurate machining, allowing for complex and intricate parts to be created with high levels of accuracy and repeatability. The Enshu boasts a highly rigid aluminum spindle casing, which provides excellent thermal stability to achieve the highest level of accuracy. Coupling this with the Enshu's high-precision guide bushings and bearing caps, the Enshu provides stability, accuracy, and rigidity with minimal vibrations throughout the entire machine, even during high-speed cutting. HITACHI Enshu also features a rigid pre-tensioned bed and Concentric arm, further enhancing the stability and rigidity of the system. This allows for the Enshu to perform consistently in harsh working conditions, as well as providing superior resistance to vibration, thermal drift, and wear. In addition, the Enshu comes with a full enclosure, which further reduces vibration and increases safety for operators. The Enshu also includes a range of other features, such as automatic daily maintenance and a power-off safety system to help protect your workpiece in the event of sudden power loss. The Enshu is controlled via a dedicated CNC controller, offering complete flexibility and control over the machining process. This allows for a range of machining strategies, such as multiple axis positioning, as well as complex programming and monitoring of the machine's operation. HITACHI Enshu 1.5 is an ideal solution for machining a broad variety of high-precision parts, offering maximum accuracy and rigidity in a robust and reliable package. The combination of user-friendly controls and advanced features makes the Enshu 1.5 the perfect machine for demanding production environments.