The naked joint piercing model simulates the real feeling of piercing with a variety of techniques and designs to ensure that the medical staff can perform the exercise as close as possible to the feeling of the real operation. The following are the specific ways and features of the naked joint piercing model to simulate the real piercing sensation:

Material selection:

Naked joint puncture models are typically made of polymer materials that mimic the softness and elasticity of real skin. This material not only feels realistic to the touch, but also simulates the slight deformation and recovery of the skin during the piercing process, making the operation feel closer to reality.

Internal structure design:

The internal structure of the model is designed precisely, including simulated muscles, blood vessels, nerves and other tissues. The simulation of these tissues not only makes the model more realistic in appearance, but more importantly, the resistance of these tissues to the puncture needle can be simulated during the puncture process, so as to provide a real sense of puncture.

Intelligent evaluation system:

Some advanced naked joint piercing models are also equipped with intelligent evaluation systems. When the needle enters the simulated joint cavity correctly, the corresponding indicator light on the control box will light up, giving the user immediate feedback. This instant feedback helps users quickly determine if they are doing it correctly and adjust their piercing technique accordingly.

Replaceable skin modules:

In order to simulate different skin types and the effect after piercing, some models are also designed with replaceable skin modules. These modules can simulate the reaction of different skin after piercing, such as bleeding, swelling, etc., so as to increase the realism of the practice.

Precise anatomical structure:

The naked joint puncture model is anatomically very accurate and can simulate the real ankle joint structure. This precise anatomy allows the medical staff to find the puncture point more accurately when practicing, and to simulate the real puncture path.

Comprehensive practice skills:

The naked joint puncture model is not only used to simulate the puncture operation of the ankle joint, but also can simulate the soft tissue injection practice skills of the antimetatarsophalangeal joint, Morton's neuroma, tarsal canal, plantar aponeurosis, tarsal sinus, heel bursae and other parts. This comprehensive set of practice skills allows healthcare professionals to practice multiple puncture techniques on the same model.

To sum up, the bare joint piercing model successfully simulates the real sensation of piercing through a variety of methods, including precise material selection, internal structural design, intelligent evaluation system, replaceable skin modules, and precise anatomy. This real sense of piercing not only improves the practice effect of medical staff, but also lays a solid foundation for their future clinical practice.