In the medical field, every subtle operation is related to the safety of the patient's life and the success of the operation. Knotting, as a basic skill in surgery, its proficiency and accuracy directly affect the quality and efficiency of surgery. With the continuous progress of medical technology, the traditional knotting training method has been difficult to meet the needs of modern medical training, and the emergence of a new knotting training model has completely changed this situation.

Compared to traditional training methods, the biggest difference is that it is not just a simple simulation tool. It uses advanced materials science, ergonomics, and intelligent sensing technology to achieve tactile, visual, and operational feedback that is infinitely close to the real surgical scene. This high degree of simulation enables students to feel the strength, Angle and tightness of the knot more truly during the training process, thus effectively improving the training effect.

In addition, there are advantages of repeatability and flexibility. The model can be reused indefinitely, and can be set and changed according to different difficulty levels to meet the needs of different trainees and different stages of training. This flexibility and repeatability allows students to train at any time and anywhere, which greatly improves the convenience and efficiency of training.

To sum up, it is far from simple simulation tools can compare. It has revolutionized the field of medical training with its high degree of simulation, intelligent evaluation and feedback system, repeatability and flexibility. It can not only help students master knotting skills faster, improve the proficiency and accuracy of surgical operations, but also provide more scientific, efficient and personalized training programs for medical education. In the future, with the continuous progress of technology and the continuous expansion of applications, the new knotted training model will play a more important role in the field of medical training.