The intracardiac injection training model adopts a variety of design and functional features to ensure the accuracy of the injection position to ensure that the trainer can accurately master the key skills of intracardiac injection in a simulated environment. The following are the main aspects to ensure the accuracy of injection location:

1. Accurate human anatomy simulation

The intracardiac injection training model is based on highly simulated human anatomy using high-quality materials and precision injection molding processes. The model will clearly mark the standard location of intracardiac injection, such as the left quadricostal distance of 2cm from the left margin of the sternum. This precise anatomical simulation enables the trainer to intuitively identify and locate the injection point, improving the accuracy of the injection.

2. Clear labeling and guidance

In addition to the anatomy of the model itself, many intracardiac injection training models have clear markings or indication lines near the injection site. These markers usually use bold colors or symbols so that the trainer can quickly and accurately find the injection location. At the same time, the model may also come with detailed how-to guides or instructional videos to provide further guidance and assistance to the trainer.

3. Real-time feedback mechanism

Some advanced intracardiac injection training models also have real-time feedback mechanisms. When the trainer performs the injection, the model can sense the position and depth of the injection needle and give feedback through sound, light or screen display. If the injection position is inaccurate, the model will alert the trainer to make adjustments in time, ensuring the best results for each exercise.

4. Durability and repeatability

Intracardiac injection training models are typically made of durable materials that can withstand multiple injections and washes without damage. This durability ensures that the model can be used over and over again, giving the trainer the opportunity to practice multiple times. At the same time, the repeatability of the model also means that the trainer can perform multiple exercises at different times and situations to consolidate and improve the accuracy of the injection.