Spinal pelvic stabilizers are specially designed orthotics that help stabilize and balance your feet. They can have a significant effect on your entire body’s performance and efficiency, reduce pain, and contribute to an overall sense of well-being.
How can something made just for your feet accomplish all this?
Our feet form the foundation of our entire body. They provide support for walking, standing, running, jumping, and reaching. In addition, your feet help protect your bones, spine and tissues from stress while moving around. It seems quite logical that your feet can perform these tasks better when their bones, muscles, and arches are in their proper, stable positions. For example, neck pain could be the result of a spinal misalignment that is caused by an imbalance in your feet. Your body’s joints and muscles work most efficiently when they are in balance, and balanced
feet provide the foundational balance needed to support many of our daily activities.
Your feet contain three arches that support the weight of your entire body. If one arch is compromised, the other arches try to compensate. This results in additional stress, leading to pain, discomfort, and further compromise. Another common foot problem is flattening of the arches, which is known as pronation, which leads to rotation of the legs.
Spinal pelvic stabilizers balance the foundation of the pelvis and spine and help address structural problems of the feet. If they are properly fitted they can control pronation and supination. In this way they reduce unnatural stress and abnormal forces, and promote healthy functional and structural relationships between your feet and the rest of your body.
These devices also provide improved shock absorption. This reduces repetitive stress on your muscles and joints, allows better function, and reduces arthritic symptoms as well.
Pelvic stabilizers are a cost effective and long-term intervention for many kinds of foot and posture problems. They are worn inside your shoes, and they guide your feet into a more normal pattern as they are used for moving around.
Some technologies use more rigid materials to force the foot into a supposedly ideal position, while most people prefer some flexibility for comfort, controlled support, and better movement from the feet on up through the body.