Vertical Machining Center SED855 Efficiency Model

High rigidity and high precision structural design After FEA, the integral bed with reinforcement is made of dense baked cast iron casting, which has better rigidity in the same size machine tool. The bed and saddle are designed with triangular stabilizing structure, which strengthens the rigidity of the main load-bearing parts, thus ensuring the stability of accuracy. Spindle box structure, while doing lightweight design, combined with FEA, to enhance the rigidity of the spindle box and dynamic response capability. The lightweight design of the moving parts further improves the dynamic response speed of the machine tool. Direct spindle Direct spindle reduces vibration and noise compared to belt spindle, resulting in improved machining performance and a better working environment. Higher productivity is realized by reducing tool change times and improving acceleration/deceleration times for all axis feed systems. Superior efficiency and accuracy for small hole machining, short-stroke acceleration/deceleration machining, and machining of curved surface corners with small line segments, etc. Easier to use and more powerful control system Relying on the in-depth collaboration between ZOPO engineers and CNC system companies, we continuously carry out secondary development based on standard CNC systems to create multifunctional and intelligent human-machine interfaces, creating a more efficient and convenient user experience for customers. Selection of energy-efficient processing modes Tool management function Broken tool detection function Troubleshooting guide function Super powerful human-computer interaction interface. Stronger processing applications SE series vertical machining centers have leading capabilities in the machining of non-ferrous metals. With high speed, high precision and flexible expansion space, it is the first choice for automated group line machining and is widely used in high-tech industries such as automotive parts, molds and aerospace. Larger machining range Higher machining stability Faster dynamic response Higher metal removal capability