SVG1270 Gearhead spindle

Higher stability and high rigidity bed structure The solid dense-baked casting and integral box-type bed and arched column structure improve the basic rigidity of the machine. The unique cross-section design of the base component after finite element analysis and the reasonable distribution of internal reinforcement ribs give it higher load-bearing rigidity among products of the same specifications. The three-axis transmission seat and tail end bracket adopt an integrated casting design, eliminating the traditional split and shim adjustment mechanism, greatly improving the accuracy and stability of the machine tool's three-axis transmission. The Y-axis uses four 45mm high-rigidity and high-load roller linear guideways and heavy-duty 8-slide blocks to enhance rigidity and load-bearing capacity. Convenient and efficient chip handling: The machine tool is equipped with two screw rows as standard to effectively discharge the iron chips generated during processing, with high conveying efficiency. Closed spindle box The spindle box adopts a closed box structure, the contact size with the column guideway is enlarged, and the overall lightweight design. The short nose spindle is standard, which improves the Z-axis positioning accuracy and spindle processing stability during the machine processing. High rigidity spindle The SVG series uses built-in gear transmission, and the 2-stage gear-driven spindle uses cylindrical roller bearings to ensure strong torque at low speed and stable speed at high speed to meet customers' diverse processing needs. The maximum torque at low speed can reach 1042Nm.