This procedure measures how the body's weight is distributed over the resting surface. During the analysis, an individual lies on the product, and using advanced technology, the areas where the body exerts the most pressure are detected. This makes it possible to identify areas at risk of stress or discomfort, such as the shoulders, hips, or lower back.

Through state-of-the-art instruments, we strive to monitor the proper alignment of the cervical spine in every resting position. The goal is to ensure that no conditions occur that could lead to muscular or skeletal decompensation.

This advanced high-precision test aims to monitor the spine before and after the use of our products. By comparing the results against other products, our biomedical engineers can accurately assess how effectively the action of the devices relieved compression on the discs and vertebrae.

At this stage, thin electrodes are attached to the skin or inserted into the muscles to record the electrical signals generated during muscle contractions. This test is particularly important because it allows us to detect the actual ability of our products to reduce muscle tension and assess the quality of rest.