The anti-slip and anti-fall function of the treadmill means that in the process of use, the treadmill can effectively prevent sliding and falling, thereby improving the safety and use experience of the user.

First of all, the anti-slip and anti-fall function of the treadmill mainly relies on the following aspects of design:

1. Structural design of the treadmill: The treadmill usually adopts a stable structural design, including a solid base and support frame to ensure the stability of the entire treadmill. This avoids shaking and sliding during use, thereby reducing the risk of dropping.

2. Non-slip pad design: The bottom of the treadmill is usually equipped with a special non-slip pad, such as a rubber pad or anti-slip design, to increase the friction with the ground, thereby improving the stability of the treadmill. This can effectively prevent the treadmill from sliding and shaking during use, ensuring the safety of the user.

3. Running belt surface material selection: The running belt surface is usually made of wear-resistant and anti-slip materials, such as rubber or PVC material, to ensure that the user's feet are stable during use. By providing good friction to prevent users from slipping or spraining their ankles while running, the safety of users is further guaranteed.

4. Safety lock design: The treadmill is usually equipped with an emergency stop button or safety rope, when the user has an emergency or loss of balance, you can immediately touch the safety lock to stop the running of the treadmill to avoid accidents.

In addition to the above aspects of design, the anti-slip and anti-fall function of the treadmill also needs to go through strict quality control and testing to be guaranteed. Manufacturers usually use appropriate materials and processes in the production process to ensure that the structure of the treadmill is stable, safe and reliable. At the same time, the treadmill also needs to be tested in terms of anti-slip and load-bearing to ensure that it can withstand the intensity and weight of the user's exercise, and maintain stability.