Flower models are an important tool for displaying and studying the structure and characteristics of flowers. These models not only play a key role in scientific research, education, and artistic design, but also provide valuable visual and functional support in a variety of application scenarios.

In scientific research, flower models help biologists and botanists gain insight into the anatomy and growth mechanisms of flowers. With detailed models, the researchers were able to observe the arrangement and function of different parts, such as petals, stamens, and pistills. The model can also be used to analyze the reproduction mode, pollination mechanism and interaction with the environment of different flowers. For example, scientists can use models to simulate the changes that occur in different flowers during natural selection and evolution to help reveal the evolutionary history of plants.

In the field of education, flower model is an effective teaching tool. They provide students with an intuitive way to learn about the structure and function of plants. Through hands-on manipulation and observation, students gain a better understanding of the various components of flowers and their role in the plant life cycle. This interactive learning style not only makes the course content more lively, but also stimulates students' interest in botany and helps them build a solid foundation of knowledge.

Flower models are also widely used in art and design. Designers and artists use these models to create a variety of visual effects, including illustrations, decorations, and gardening designs. Detailed flower models can help them capture the subtleties of flowers, making the design work more realistic and expressive. In addition, the model can also be used to develop florically-related products, such as fake flowers, flower decorations, etc., to enhance their market value and appeal.