■ The machine adopts the gantry fixed beam frame structure,which maintains good rigidity and precision in long time run,with large torque and good inetic performance,it fully absorbed the international advanced machine tool design concept according to processing needs.
■Key components including bed,column,beam,sliding saddle,ram,table,etc.are all made of high-strength resin sand,high strength&High-quality casting,which can withstand heavy cutting and maintain precision for along time with high stability.
■Thermally symmetric headstock, high-precision angular contact bearings are mounted on the head and tail of the spindle to ensure rigidity and precision.The spindle with enlarged diameter and thickness,it further increases rigidity.High-power motor drive and high torque that ensures high-precision under heavy cutting even at lower speeds.
■The feed system uses an enlarged diameter, pre-stretched ball screw to increase the rigidity of the screw and effectively prevent thermal deformation of the screw.
■The combination of spiral and chain type automatic chipping removal structure ensures smooth chipping removal.
■X/Y axis adopts imported super heavy load linear guide rail,Z axis adopts rectangular hardened plastic coated guide rail, low wear and high load,ensuring the machine under long-term running in good precision,and can greatly improve the precision and rigidity during cutting.
■The distance between the center of the spindle and the Z-axis guide surface is short, which greatly reduces the turning torque and improves the rigidity.The spindle is modular in design and offers a wide range of functional modules for customer selection for a variety of machining fields.
■X/Y Z axis adopts C3 grade imported ball screw,fixed support at both ends,adopts gearless gap increasing torque synchronous belt transmission,large output torque,fast moving speed and good processing performance. Pre-stretching structure,high precision Contact angle precision bearing support with high movement accuracy and excellent thermal stability.
