Used DAEWOO Lynx 200C #9093117 for sale

DAEWOO Lynx 200C is a high-precision, 3-axis CNC milling machine tool designed to meet the needs of high speed aerospace parts production. It features an X travel distance of 11.81", Y travel distance of 8.47", and an intricate Z- axis travel distance of 13.78". This feature is unique to Lynx 200C and allows it to produce complex shapes with incredibly precise tolerances. DAEWOO Lynx 200C incorporates a powerful three-phase, 7.5HP spindle motor and a wide range of 50~10,000rpm as well as 64 automatic tool changer (ATC). It is a very versatile machine with an overall size still small enough to fit inside several manufacturing spaces. The highly efficient Spindle delivered with the machine helps to reduce heat build-up and is teamed with two servo motors and robust rolling guidance technology. The speed and efficiency gained through these features improves surface finish quality, increases throughput, and reduces vibration and fatigue. Furthermore, Lynx 200C is equipped with a 3-bar Linkgeomet system which allows easy and reliable transferring of 10,000 cutting conditions into the CNC memory. DAEWOO Lynx 200C offers precision machining to both single pieces and large batches and comes already equipped with the essential Fanuc programming aids to enable productive CNC operation such as ladder editing, graphic editing, and company networking capabilities. In addition, compressing cycle time and regulating collision modes are easily programmable with the hand-off-auto mode, the control feature unique to Lynx 200C. All in all, DAEWOO Lynx 200C machine tool is a versatile and highly efficient CNC milling machine capable of producing parts with high accuracy and precision. It is one of the best machine tools on the market due to its advanced features such as the 3-bar Linkgeomet system, Fanuc programming aids, automatic tool changer, and precision motor that offer superior performance. This efficient and powerful tool is ideally suited for production of aerospace parts in high-speed applications.