70% of people suffer one or more spinal injuries during their life.

70% of people suffer one or more spinal injuries during their life.

70% of people suffer one or more spinal injuries during their life.

70% of people suffer one or more spinal injuries during their life.

70% of people suffer one or more spinal injuries during their life.

70% of people suffer one or more spinal injuries during their life.

60% of the world's population have chronic spine diseases and experience constant back pain.

60% of the world's population have chronic spine diseases and experience constant back pain.

60% of the world's population have chronic spine diseases and experience constant back pain.

The problem of spinal diseases is in upright posture. A sedentary lifestyle only exacerbates this problem. The spinal column is constantly under stress, the muscles around the spine weaken and lose tone, and as a result, the spinal discs are compressed and thinned. The adjacent vertebrae squeeze the nerve roots and because of this, the person experiences pain.

The problem of spinal diseases is in upright posture. A sedentary lifestyle only exacerbates this problem. The spinal column is constantly under stress, the muscles around the spine weaken and lose tone, and as a result, the spinal discs are compressed and thinned. The adjacent vertebrae squeeze the nerve roots and because of this, the person experiences pain.

The problem of spinal diseases is in upright posture. A sedentary lifestyle only exacerbates this problem. The spinal column is constantly under stress, the muscles around the spine weaken and lose tone, and as a result, the spinal discs are compressed and thinned. The adjacent vertebrae squeeze the nerve roots and because of this, the person experiences pain.

Musculoskeletal mass is constantly at work and acts as a stabilizer. Therefore, with the existing pathology of the spine, weakened tone of the ligaments and muscles of the vertebral joints, the center of gravity is shifted, But, the musculoskeletal system plays the role of a stabilizer and a person's muscles are always in tension. After a certain period, the body begins to adapt to this state and the curvature of the spine occurs, deformation of the intervertebral discs, and joint diseases begin to develop.

Musculoskeletal mass is constantly at work and acts as a stabilizer. Therefore, with the existing pathology of the spine, weakened tone of the ligaments and muscles of the vertebral joints, the center of gravity is shifted, But, the musculoskeletal system plays the role of a stabilizer and a person's muscles are always in tension. After a certain period, the body begins to adapt to this state and the curvature of the spine occurs, deformation of the intervertebral discs, and joint diseases begin to develop.

Musculoskeletal mass is constantly at work and acts as a stabilizer. Therefore, with the existing pathology of the spine, weakened tone of the ligaments and muscles of the vertebral joints, the center of gravity is shifted, But, the musculoskeletal system plays the role of a stabilizer and a person's muscles are always in tension. After a certain period, the body begins to adapt to this state and the curvature of the spine occurs, deformation of the intervertebral discs, and joint diseases begin to develop.

How to avoid this?

How to avoid this?

How to avoid this?

To use a new method of prevention and treatment of the spine by restoring intervertebral discs using traction along the line of the natural curvature of the spine, supporting its physiological curvature, including special conditions of microvibration and heat exposure.

To use a new method of prevention and treatment of the spine by restoring intervertebral discs using traction along the line of the natural curvature of the spine, supporting its physiological curvature, including special conditions of microvibration and heat exposure.

To use a new method of prevention and treatment of the spine by restoring intervertebral discs using traction along the line of the natural curvature of the spine, supporting its physiological curvature, including special conditions of microvibration and heat exposure.

The impact of the device on the body of a person lying on it is carried out by a profiled support surface that provides dosed stretching with an anatomically correct shape and degree of curvature of the spine.

The impact of the device on the body of a person lying on it is carried out by a profiled support surface that provides dosed stretching with an anatomically correct shape and degree of curvature of the spine.

The impact of the device on the body of a person lying on it is carried out by a profiled support surface that provides dosed stretching with an anatomically correct shape and degree of curvature of the spine.

This surface consists of transverse ribs mounted on longitudinal stretched bands that move towards the head (above the waist) and towards the legs (below the waist) when interacting with a lying person. In addition, the support surface is formed by a movable headrest with a neck protrusion and a movable support platform for the lower legs. The movement through the skin, connective tissues and muscles is transmitted to the spine, providing its longitudinal extension.

This surface consists of transverse ribs mounted on longitudinal stretched bands that move towards the head (above the waist) and towards the legs (below the waist) when interacting with a lying person. In addition, the support surface is formed by a movable headrest with a neck protrusion and a movable support platform for the lower legs. The movement through the skin, connective tissues and muscles is transmitted to the spine, providing its longitudinal extension.

This surface consists of transverse ribs mounted on longitudinal stretched bands that move towards the head (above the waist) and towards the legs (below the waist) when interacting with a lying person. In addition, the support surface is formed by a movable headrest with a neck protrusion and a movable support platform for the lower legs. The movement through the skin, connective tissues and muscles is transmitted to the spine, providing its longitudinal extension.

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