Improving the intuitiveness and accuracy of anatomical teaching
Utilizing environmentally friendly silicone materials and 3D printing technology, these models accurately reproduce fetal anatomical structures (such as bones, organs, and blood vessels) at each stage, with details down to the third and fourth levels of branches, helping students understand complex physiological structures.
Enhancing the practicality of clinical skills training
In obstetrics teaching, highly realistic delivery models can simulate the dynamic process of fetal passage through the birth canal, helping junior physicians master fetal positioning and forceps use. Their realism ratings are significantly higher than traditional models. Using these models to review labor changes during teaching rounds for abnormal deliveries can effectively improve residents' clinical thinking and teamwork skills.
Promoting Interdisciplinary Knowledge Integration
Virtual simulation technology (such as the cardiac embryonic development system) combined with highly realistic models can visualize abstract developmental processes. For example, 3D holographic displays of the temporal and spatial changes in brain development can be linked to clinical malformation cases, enabling interdisciplinary teaching across basic and clinical medicine.
Improving Teaching Safety and Ethical Experience
Highly realistic models eliminate the need for real specimens, avoiding the ethical controversies and specimen preservation issues associated with traditional anatomy. Environmentally friendly materials (such as food-grade silicone) are non-toxic and durable, allowing for repeated manipulation and reducing teaching costs. Virtual platforms also allow students to practice unlimited times, reducing operational anxiety.
Expanding Digital Interactive Functionality
Some models are equipped with QR codes or VR technology to link to 3D models, micro-lectures, and other resources. They support 360-degree rotation and multi-view viewing, enhancing learning immersion.
Highly realistic fetal development models significantly improve the efficiency and quality of medical education through precise reproduction, dynamic simulation, and digital interaction, serving as an important supplement to traditional teaching methods. Meiwo Science highly realistic soft silicone fetal anatomical model has an accurate structure and lifelike shape. It can be bent and cleaned repeatedly, and clearly displays the shape of the fetus from 3 to 10 months.
