Training Effect: How does the training model of surgical knotting skills improve knotting skills?

Surgical knotting skills training model plays a vital role in improving knotting skills. Here is a detailed analysis of how models can help improve knotting skills:

Simulate a real surgical environment:

The model is made of transparent plexiglass, so that the operator can clearly observe the knotting process, so that the knotting skill can be mastered more accurately.

The unique magnetic system and parallel elastic strips simulate tissue tension and blood vessels during real surgery, providing operators with a realistic training experience.

Diverse training programs:

The model supports a variety of knotting training methods, including single-hand knotting, instrument knotting, surgical knotting, etc., to help operators master knotting skills in different scenarios.

It can not only simulate simple superficial knotting, but also simulate complex small space knotting, large vertical space knotting and other surgical scenes, so that operators can constantly challenge themselves in training and improve their skills.

Provide feedback and evaluation:

Due to the high degree of transparency of the model, the operator can self-evaluate the quality and effectiveness of the knot, detect problems in time and make improvements.

The referee or instructor can also objectively evaluate the knotting skills of the operator through the model, and provide the operator with targeted guidance and suggestions.

Improve finger flexibility and strength:

Using the model for knot training helps the operator to increase the flexibility and strength of the fingers, which is essential to improve knot speed and accuracy.

Specific finger flexibility training and strength training, such as movement training and strength strengthening training, can further improve the operator's knot-tying skills.

Quantifying the training effect:

By setting specific training goals and time limits, such as how many knots to complete in a minute, the operator can quantify the effectiveness of their training.

Long-term training data accumulation can help operators more accurately understand their progress and improvement room.

Reduce errors and errors in surgery:

Through repeated practice on the model, the operator can become familiar with and master the correct knotting technique, reducing complications and medical errors caused by wrong knotting in real surgery.

In summary, the surgical knotting skills training model helps operators effectively improve knotting skills by simulating a real surgical environment, providing a variety of training programs, providing feedback and evaluation, improving finger flexibility and strength, quantifying training effects, and reducing errors and errors in surgery.