The invention relates to a rat
caudal vertebra intercalated disc minimally invasive puncture
injection device which is used for conducting minimally invasive puncture or injecting liquid on a
fibrous ring in a
rat tail. The rat
caudal vertebra intercalated disc minimally invasive puncture
injection device comprises a
lantern ring, a needle
handle and a needle plug. The
lantern ring is of a
hollow cylinder structure, the middle of the
lantern ring is a sleeving hole used for sleeving the
rat tail, a needle
handle insertion hole and a locating hole are formed in a lantern ring body, and the needle
handle insertion hole and the locating hole are arranged in a spaced mode and both communicated with the sleeving hole; the needle handle comprises a clamping portion of the upper end, a middle
insertion portion and a needle, the insertion portion can be inserted and connected in the needle handle insertion hole, and a needle plug hole is formed in the clamping portion; the needle plug can be inserted into the needle plug hole to block the needle handle. Compared with the prior art, according to the rat
caudal vertebra intercalated disc minimally invasive puncture
injection device, the lantern ring is fixed on the
rat tail, and the needle handle is inserted into the lantern ring, so that the minimally invasive puncture to the rat
tail is achieved; the structure is simple, and the operation is convenient; meanwhile, the stability to the rat
tail is stronger, the lantern ring can rotate on the rat
tail, and therefore a circle of minimally invasive puncture on the
fibrous ring can be conducted.