A packaging method for packaging injection-molded plastic parts in final package units, said injection-molded plastic parts being pipette tips or medical reaction vessels, said method comprising the steps of: - simultaneously removing multiple shots (I, II, III) of K injection-molded parts from K respective cavities, the K cavities being distributed, preferably evenly, over C clusters, - evenly distributing the K injection-molded plastic parts in a cavity-pure manner over U cavity-pure subgroups in a storing plane until each subgroup contains L injection-molded plastic parts, the number L of the injection-molded plastic parts of one subgroup corresponding to the maximum number A of injection-molded plastic parts that can be contained in one final package unit or to an integer divisor of A, - filling up the final package units with the subgroups in a cavity-pure or cavity-sorted manner until the final package units each contain A injection-molded plastic parts, the storing plane being formed either directly by the final packages or by a stationary or displaceable, preferably horizontal, intermediate storage, and the subgroups being moved from the intermediate storage into the final package units, characterized in that the K injection-molded plastic parts of a respective shot (I, II, III) are distributed in an arrangement plane in a cavity-pure manner and evenly over K cavity-pure sub-subgroups multiple times and in succession in such a manner until each sub-subgroup has several, preferably between three and five, injection-molded plastic parts from the same cavity and in that the injection-molded plastic parts in each sub-subgroup are disposed, preferably linearly, in such a manner that a distance of directly adjacent injection-molded plastic parts in the respective sub-subgroup corresponds to a distance of adjacent injection-molded plastic parts in the final package units, and that K sub-subgroups are evenly distributed over the U subgroups multiple times and until each subgroup has the L injection-molded plastic parts, and in that the K sub-subgroups, in particular groups of sub-subgroups, most preferably cluster-pure groups of sub-subgroups, are displaced relatively to each other along two axes (A 1, A 2), which run perpendicularly to each other and are located in the arrangement plane, with respect to each other, preferably away from each other, before they are distributed over the U subgroups. - simultaneously removing multiple shots (I, II, III) of K injection-molded parts from K respective cavities, the K cavities being distributed, preferably evenly, over C clusters, - evenly distributing the K injection-molded plastic parts in a cavity-pure manner over U cavity-pure subgroups in a storing plane until each subgroup contains L injection-molded plastic parts, the number L of the injection-molded plastic parts of one subgroup corresponding to the maximum number A of injection-molded plastic parts that can be contained in one final package unit or to an integer divisor of A, - filling up the final package units with the subgroups in a cavity-pure or cavity-sorted manner until the final package units each contain A injection-molded plastic parts, the storing plane being formed either directly by the final packages or by a stationary or displaceable, preferably horizontal, intermediate storage, and the subgroups being moved from the intermediate storage into the final package units,