Used ENGEL DUO 5550 / 800 #9238886 for sale

ENGEL DUO 5550 / 800 is a state-of-the-art machine tool designed to tackle complex engineering processes with high accuracy, precision, and reliability. This twin spindle turn-milling centre is used for fast and accurate finish machining of objects made from a variety of materials. DUO 5550 / 800 is equipped with two powerful spindles and a large tool magazine that can hold up to 80 tools at any one time. The two spindles, equipped with direct-drive motors, offer exceptionally high torque and spindle power. Both spindles rotate simultaneously, allowing for simultaneous machining in the X-Y-Z directions as well as overlapped machining functions. Furthermore, the spindles offer rapid acceleration and short cycle times for high throughput rates. The reliable CNC (computer numerical control) system enables the twin spindle turn-milling centre to achieve tight tolerances and repeatable accuracy as required by the customer. The intuitive user-friendly graphical interface is easily mastered and makes operation of the machine tool simple and easy. ENGEL DUO 5550 / 800 features motors and drives with anti-backlash gearboxes for vibration-free machining that creates clean finishes. In addition, the machine tool is exceptionally rigid in both axes, providing maximum stability and accuracy for high machining performance. DUO 5550 / 800 is highly reliable and easy to maintain. It is equipped with a full range of preventive maintenance programs that alert the operator when routine maintenance is required. This helps to increase uptime and reduce downtime due to maintenance. Furthermore, the machine tool is designed for easy maintenance with a wide range of replaceable parts. Overall, ENGEL DUO 5550 / 800 is an innovative and reliable machine tool for the modern engineering and manufacturing environment. With powerful direct-drive twin spindles, intuitive graphical user interface, and a wide variety of replaceable components, DUO 5550 / 800 is the ideal choice for finish machining of complex objects.