Used HITACHI ND-6Ne210E #9220530 for sale

HITACHI ND-6Ne210E is a powerful and efficient machining center that is designed to provide high-quality machining and reduce downtime for both manual and automated operations. This machine tool has a fully enclosed working area and features precision four-way side x-axis, side y-axis and front spindle drive equipment. ND-6Ne210E is built on a solid cast iron base frame with rigid box structure that absorbs machining vibration to ensure high speed and accuracy. This machine is capable of handling heavy cutting operations and is powerful enough to run at full speed without overheating. The spindle speed range is from 20,000 to 12000 rpm, making it suitable for a wide variety of machining operations such as milling, drilling, tapping, and reaming. The X, Y and Z axes have an operating range of 900 mm x 510 mm x 510 mm, making it suitable for machining large components. HITACHI ND-6Ne210E is equipped with a 15 kW (20 HP) direct-drive spindle motor and operates with a high-precision backlash-free gearbox. This machine utilizes an efficient transmission system which drives the spindle directly from the motor, allowing for higher speed and acceleration with minimal mechanical losses. Furthermore, its high torque characteristics allow for smooth operation and high-precision machining when using high-torqued cutting tools. ND-6Ne210E is equipped with a semi-automatic tool changer that is capable of quickly and accurately changing tools in the spindle. This tool changer features a 19-position magazine and can store up to 19 different tooling applications. Furthermore, this machine comes with an automatic lubrication unit for smooth operation and longer life for bearings, servo motors, and drive trains. This machine also features a forced lubrication machine that provides lubrication to critical components throughout the machining process. Overall, HITACHI ND-6Ne210E is an extremely versatile machine which can be used for a wide range of applications. It offers high precision and speed with improved tool life and significantly reduced operational costs. It is an ideal choice for those who require superior machining accuracy, repeatability, and stability.