Ultrasound Wristband for Diabetes & Obesity

As sound waves propagate through fluids in the body, the changes in pressure create tiny bubbles. These bubbles expand and contract rapidly due to the pressure from the sound waves, generating high temperatures and pressures. This results in energy that promotes the breakdown of fat cells, reduces fat deposits, and improves skin tone.

Clinical research has shown that ultrasound enhances blood circulation. By creating mechanical vibrations in fat cells, the energy produced is absorbed by subcutaneous tissues and turned into heat. This heat raises the temperature of fat cells, aiding their breakdown and emulsification. The thermal effects of ultrasound also help to dissolve blockages such as plaque in the blood vessels.

Ultrasound is also beneficial for improving lymphatic drainage. Under continuous ultrasound exposure, broken-down fatty acids are directed to the lymph nodes for filtration and eventual removal from the body, helping to accelerate weight loss and detoxification.

FAR Infrared Technology:

• Balances blood sugar levels and enhances glucose absorption.

The FAR infrared bracelet uses infrared rays to penetrate blood vessels, stimulating nitric oxide production. This enhances the body’s sensitivity to insulin and improves glucose metabolism, helping to maintain balanced blood sugar.

• Optimizes glucose metabolism.

The FAR infrared rays improve glucose metabolism, ensuring that cells absorb glucose effectively and that excess glucose is not left in the bloodstream, promoting overall blood sugar balance.

• Stabilizes post-meal blood sugar.

By improving circulation and cellular insulin sensitivity, the ionic wristband stabilizes blood sugar after meals, reducing fluctuations and lowering the risk of complications from blood sugar spikes.

Overview of Diabetes

Diabetes is a chronic condition that affects the body’s ability to regulate glucose levels. In type 1 diabetes, the body doesn’t produce enough insulin, while in type 2 diabetes, insulin is not used effectively. High blood sugar can lead to complications such as nerve damage, heart disease, and kidney problems. Contributing factors include genetics, obesity, and lack of physical activity.