The invention relates to a production device of novel helical plastic reinforced pipes. The production device comprises a casing, a rotary sleeve and a pipe body shaping sleeve, wherein the pipe body shaping sleeve is fixedly mounted on the casing, a core rod is arranged in the pipe body shaping sleeve in a sleeving manner, and the core rod is fixedly connected with the casing; the rotary sleeve is also mounted on the casing in a rotating manner, and sleeves the outside of the pipe body shaping sleeve; one or more annular material grooves are formed in the outer surface of the pipe body shaping sleeve; feed channels are also formed in the pipe body shaping sleeve, and the other ends of the feed channels extend out of the casing; material guiding channels in one-to-one correspondence with the annular material grooves are formed in the inner surface of the rotary sleeve, openings in the first ends of the material guiding channels mutually communicate with the annular material grooves, openings in the second ends of the material guiding channels communicate with the inner cavity of the pipe body shaping sleeve, and a feed opening mutually communicating with the inner cavity of the pipe body shaping sleeve is formed in the casing. Plastic reinforced material liquid enters the material guiding channels from the annular material grooves and then is drained from the openings in the second ends of the material guiding channels to be inserted into the pipe body shaping sleeve, at the same time, pipe body material liquid enters a barrel-shaped gap between the pipe body shaping sleeve and the core rod from the feed opening, extruding and shaping of pipe bodies are performed, and in this manner, the plastic reinforced liquid is drained from the openings in the second ends of the material guiding channels and bonded on the outer surfaces of the pipe bodies.