In this era of rapid development of digitalization and high technology, traditional lung anatomical model still maintains its indispensable position, which contains multiple profound reasons.

First, the traditional lung anatomical model, with its intuitive physical form, provides students and medical professionals with a learning and reference tool at their fingertips. Compared to the virtual model, the physical model allows learners to directly touch, observe and even manipulate various parts of the lung, and this hands-on experience can deepen their understanding and memory of the lung structure. This intuitiveness is especially important in medical education, as it helps students to integrate theoretical knowledge with practical practice to better understand anatomy.

Secondly, the traditional lung anatomy model has unique advantages in simulating real surgical scenes. While virtual reality technology is able to create a highly realistic surgical environment, physical models still provide a more realistic touch and manipulation experience. In the surgical training, students can simulate the operation on the model to familiarize themselves with the use of surgical instruments, the execution of surgical steps and the problems that may be encountered during the operation. This practical training is essential to improve their surgical skills and coping ability.

In addition, traditional lung anatomical models have the advantages of flexibility and durability. They can be tailored to the needs of teaching or research to show different anatomical structures or lesions. At the same time, the solid model has been carefully designed and produced to withstand a certain degree of operation and reuse, ensuring that it plays a stable role in long-term teaching and research activities.

Finally, the traditional lung anatomical model also carries the important significance of medical education and cultural inheritance. They are not only carriers of medical knowledge, but also an important part of medical history and culture. By learning and using these models, students gain a deeper understanding of the evolution of medicine and the wisdom of their predecessors, thereby enhancing their professional identity and sense of purpose.

To sum up, although digital technology has brought a lot of convenience and innovation to medical education and research, traditional lung anatomical model still occupies an indispensable position in today's medical field with its unique advantages such as intuitiveness, ability to simulate real scenes, flexibility and durability, and cultural value.