Used HURON KX 8 #9225976 for sale

HURON KX 8 is a cutting-edge machine tool specially designed for complex turning and milling applications. This multi-functioning, user-friendly solution enables high-precision operations and can accommodate a wide variety of materials. Featuring a lateral Y-axis, KX 8 maximizes machine throughput which helps to optimize the efficiency of long and complex machining jobs. HURON KX 8 is equipped with a powerful and reliable Fanuc 30i-B CNC control. This advanced controller features four-axis simultaneous machining, whereas with the radial/axial motion capabilities, the tool can process complex and shallow surfaces quickly, with very high accuracy. Furthermore, the Fanuc 30i-B incorporates various programming features such as canned cycles, extended cycles, complex math functions, and graphics, which help the user to create and optimize toolpaths more quickly. KX 8 has a robust frame and a large working envelope for machining of large components. Its maximum swing over bed measuring 925mm, A-axis traverse of 620mm and distance between centers of 930mm provides ample scope for working on long, complex components. The bed is also designed to provide support and stability during machining operations and its ease of movement allows maximum machine access and operator convenience. HURON KX 8 is fitted with a high-powered, direct-drive spindle motor. This motor provides excellent torque and unparalleled power for intricate applications such as turning and drilling. The spindle speed is driven digitally for greater control and precision and it has a maximum speed of 4000 min-1. KX 8 incorporates the latest machine tool technology such as an automatic tool changer that allows the tool to be changed both quickly and efficiently, without operator intervention. The machine also has a fully enclosed and temperature-controlled base that offers an improved environment for machining operations. HURON KX 8 is designed to be versatile, user-friendly and efficient. It provides a comprehensive solution for difficult and complex machining tasks, enabling operators to achieve high-precision parts with less downtime.