The invention relates to an
interdental space direct measurement and
oral cavity orthodontics micro-
implant positioning implantation method which utilizes any material with the impermeable characteristics to X lines to make a three-dimensional netted structure with basic measurement units, the three-dimensional netted structure is directly attached to an oral
orthodontics disease position or a gum positioned at the
cheek side or the tongue side of a work model which is to
implant an
orthodontics micro-
implant, and the three-dimensional netted works is also fixed on a tooth
occlusion surface by utilizing
silastic moulage materials with additivity property; before the materials with the impermeable characteristics to the X lines are not hardened, and an X line sheet holder is firstly prepared to irradiate parallel to the X lines to leave marks on the
silastic moulage materials with additivity property so that the check of the X lines is not easy to
change positions for the time to come; after the materials with the impermeable characteristics to the X lines are hardened, the three-dimensional netted structure can be taken out from the work model and then placed into an
oral cavity of a patient, how many spaces between two interdental spaces can be directly known on an X line sheet by the
irradiation check of the X lines, i.e. the position to which the micro-implant is implanted can be immediately determined, and once the position is determined, a sleeve
barrel with the dimension equal to that of the basic measurement units or integral multiple of that of the basic measurement units is arranged on the three-dimensional netted structure to lead the micro-implant or a
drill to correctly enter the interdental spaces along the sleeve
barrel in a right-angled direction.