FUKUNO SEIKI FL-3060N CNC LATHE

This CNC machined component features a swing diameter of 30.31 inches and a machining length of 59.06 inches, indicating the maximum rotational diameter and the axial length the machine can handle, respectively. The part is produced using CNC control, which ensures precision and repeatability through computer-programmed instructions. The CNC setup typically consists of a rigid machine frame to maintain accuracy during cutting, a spindle system capable of controlled rotational speeds, and linear motion systems for precise tool positioning along multiple axes. Given the part’s size, it likely requires robust spindle speeds and feed rates optimized for the material being machined. Standard CNC machining parameters such as spindle speed, feed rate, and depth of cut are carefully selected to maintain surface finish quality and dimensional tolerances. Typical tolerances in CNC machining range from ±0.125 mm to tighter specifications depending on the application, with surface finishes achievable down to 1.6 µm or better. The control system enables complex toolpaths to fabricate detailed geometries within the swing and length constraints. Machining operations may involve milling, drilling, or boring, executed with high precision to achieve the desired dimensions and surface characteristics. The large swing and length accommodate parts with a substantial cylindrical outline, commonly requiring multi-axis machining for complete feature access. Overall, this CNC-controlled machining setup delivers high-accuracy components, balancing structural dimensions with precise tool control for consistent and efficient manufacturing.