In the field of medical emergency, in the face of upper limb trauma, especially the emergency situation of severed limbs, rapid and accurate hemostasis is the key to saving lives and reducing injuries. However, such emergencies are often difficult to encounter frequently in real environments, making it difficult for medical staff and first responders to gain enough experience in the field. At this time, the hemostatic model of upper limb trauma amputation has become an indispensable and valuable tool in actual combat exercises.

It accurately simulates limb amputation in a real trauma scenario. It is not only realistic in appearance, but also strives to restore the internal details such as blood vessels and muscles, so that users feel as if they are in a real emergency scene. Through this model, medical personnel and first aid personnel can perform repeated hemostatic operation exercises in a safe and controlled environment, so that they can master various hemostatic techniques and methods.

Actual combat exercise is an effective way to improve first aid skills. During the exercise using the upper limb trauma amputation hemostasis model, participants were able to simulate the real first aid process, from assessing the injury, to controlling the bleeding, to bandaging and fixing, each step was performed in strict accordance with the specifications. This immersive exercise can not only help participants deepen their understanding of first aid knowledge, but also exercise their resilience and psychological quality.

In addition, it has the characteristics of reuse. This means that after many exercises, the model can still maintain its original degree of imitation and functionality, providing more users with the opportunity to practice. This efficient and economical training method greatly reduces the training cost and improves the training efficiency.

In short, the hemostatic model of upper limb trauma amputation is an important teaching tool in the field of medical emergency. With its high degree of simulation, actual combat and repeatability, it provides a safe and effective combat exercise platform for medical personnel and first aid personnel. Through the training of this model, participants can quickly improve their hemostatic skills and be fully prepared for real first aid challenges. In the future of medical emergency work, this model will undoubtedly play a more important role in saving more lives