Used ENGEL DUO 2550 / 900 #9239460 for sale

ENGEL DUO 2550 / 900 is a high-precision machine tool designed for the machining and manufacturing of parts with exacting accuracy and repeatability. It is a fast, reliable, and highly efficient machine used in many different industries for a variety of applications. DUO 2550 / 900 is an ideal solution for general machining requirements thanks to its superior rigidity. The machine is built using advanced mechanical designs, such as its precision-ground spindle and rigid cast iron base construction, which ensures precision, repeatability, and accuracy over a long lifespan. The machine's main components are its rotating spindle, the stationary base, and the machine head which is attached to the base. The rotating spindle has a variety of settings that allow for a wide range of machining capabilities, including milling, turning, drilling, and threading. The spindle is powered by a high-torque motor to provide a smooth and steady motion when required. The base of ENGEL DUO 2550 / 900 is highly rigid and stable, thanks to its superior build quality. The base has T-slots that allow for rapid tool management and easy access to specialized attachments. Additionally, the base has adjustable leveling feet for proper positioning on the workspace. The machine is driven by a top-of-the-line 46HP motor that offers superior power and torque. It also features a high-precision backlash-free gear-driven gearbox system that ensures smooth operation and long-term durability. DUO 2550 / 900 is designed to fit into tight spaces, such as workshops and production lines. Its robust electro-dynamic spindle brake system performs quickly and reliably and allows for rapid setup changes during the machining process. In terms of accuracy, ENGEL DUO 2550 / 900 offers unparalleled accuracy thanks to its extremely precise linear guides and spindle-speed selection. The spindle can be set to speeds of up to 9,000 rpm, with a range of 0.0001mm to 0.2mm. Overall, DUO 2550 / 900 machine tool offers outstanding reliability and performance and can be used for a variety of machining operations. Its stability and accuracy make it ideal for parts production in high-precision fields such as medical device manufacturing, aerospace, and automated processing.