With the rapid development of petrochemical, equipment manufacturing, automobile industry and other industries, higher and newer requirements are put forward for steel wire braided rubber hoses. As the key equipment in the production of high-pressure rubber hose, steel wire braiding machine has a direct impact on the production of rubber hose. At present, the knitting machine used in the market is a special form of the traditional "Maypole" high-speed steel wire knitting machine. The spindle makes sinusoidal motion around the center of the circle in clockwise and counterclockwise directions respectively to complete the 2×2 knitting structure. The spool has less wire capacity, more interweaving points and lower efficiency. In order to solve the above technical problems, the high-speed steel wire braiding machine comprises a machine frame, wherein the machine frame is provided with eight hub shafts, and each hub shaft is provided with six hub slots, and the spindle walks along an S-shape in the hub slots. The structure of the steel wire braiding machine makes the nail rotation period short and the braiding speed improved. However, in the above technical scheme, the spindle is driven by the spindle to slide on two cross-shaped guide rails, and the two guide rails form a closed loop, so the sliding contact surface between the spindle and the rail is large, resulting in large sliding friction and large loss of the spindle and the frame. According to the principle of friction heat generation, it is difficult to improve the movement speed of the spindle, resulting in low working efficiency of the whole machine.