linear motor

Compared with high-precision transmission methods such as screws and gears, linear motors avoid problems such as friction and elastic deformation inherent in mechanical transmission systems. Due to the non-contact and wear free nature of direct drive, high precision can be achieved even at high speeds, enabling high-speed and high-precision machining. The reduction of mechanical transmission links between high-speed and high acceleration direct drive modes, as well as the high responsiveness of the linear motor itself, significantly improves the dynamic response performance of the entire CNC machine tool, making it easy to achieve fast moving speeds of 60m/min and high accelerations of over 1g. The stator of the linear motor with no travel limit can be infinitely spliced and extended, and the travel is not limited, avoiding the deformation problem of the long filament rod. Low maintenance and long precision retention time. Direct drive machine tools are easy to maintain and completely eliminate the problem of regular screw replacement, which can maintain the accuracy and lifespan of the machine tool for a long time and indirectly improve its economic benefits

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