The advanced children's arterial injection model is a highly realistic medical teaching device specially designed for children's arterial puncture and injection skills training. It is widely used in clinical training and skills assessment in pediatrics, anesthesiology and emergency departments.

This model is manufactured in proportion to the anatomical structure of a child's arm and arteries, featuring realistic skin texture and vascular elasticity. It is equipped with touchable pulse points that simulate real arterial pulsation, helping trainees accurately locate the puncture point. The equipment is equipped with an internal circulation system that can simulate arterial blood flow and support multiple repeated puncture and injection operations, facilitating trainees to master acupuncture techniques, injection depth and Angle control. Some advanced models are also equipped with an electronic feedback system to monitor the success rate of puncture and the standardization of operation in real time, providing quantitative data support. The model can also simulate common puncture complications, such as hematoma formation and puncture failure, to help trainees improve their emergency response capabilities.

Through the systematic training of this model, medical staff can enhance the accuracy and safety of children's arterial puncture, reduce clinical operation risks, improve the efficiency of emergency rescue and treatment, and thereby better ensure the medical safety and health of children patients.