The whole-body bone scattering model is a teaching tool that breaks down the human skeletal system into individual pieces and presents them independently. Its main purpose is to help learners comprehensively and meticulously master the morphological characteristics and connection relationships of bones. Unlike the overall skeleton model, the bone scattering model enables users to observe and touch each bone one by one, thereby gaining a clearer understanding of the bone's size, shape, surface markings, as well as its position and function within the skeletal system.

In medical teaching, it facilitates teachers to demonstrate the individual structure and assembly process of bones, deepening students' understanding of the relationship between the whole and the parts of the skeletal system. Meanwhile, this model can also be applied in the fields of stomatology, forensic medicine and rehabilitation training, such as dental students learning about skull structure, forensic medicine researching bone identification, or rehabilitation departments explaining joint injuries. Through repeated disassembly and assembly, learners can not only enhance their mastery of anatomical knowledge but also cultivate spatial imagination and clinical application thinking. Therefore, it is an indispensable and important tool in medical education.