Ultrasound Wristband for Diabetes & Obesity

As sound waves pass through bodily fluids, the pressure changes cause microscopic bubbles to form in the liquid. These bubbles expand and contract rapidly under the influence of the sound waves, creating high temperatures and pressures that generate energy. This energy promotes the breakdown of fat cells and enhances skin firmness by reducing fat deposits.

Ultrasound technology has been globally recognized for its ability to enhance blood circulation by inducing mechanical vibrations in fat cells. During this process, the energy produced is absorbed by subcutaneous tissue and converted into heat. This heat raises the fat temperature, helping to break down and emulsify fat. The thermal effect of ultrasound also helps dissolve blockages in blood vessels, such as plaque.

Ultrasound is also credited with improving lymphatic drainage, helping to strengthen the lymphatic system. Under continuous ultrasound frequency, the broken-down fatty acids are directed toward the lymphatic system, filtered through lymph nodes, and eventually eliminated, aiding in weight loss and detoxification.

FAR Infrared Technology:

• Regulates blood sugar levels and supports glucose metabolism.

The FAR infrared bracelet uses specialized rays to penetrate blood vessels, stimulating the production of nitric oxide. This improves blood sugar sensitivity and lowers insulin resistance, allowing glucose to be more easily absorbed by the body, thus promoting balanced blood sugar levels.

• Improves glucose metabolism.

Glucose metabolism refers to the conversion of glucose into energy. The FAR infrared rays enhance this process by ensuring cells absorb glucose efficiently, preventing excess sugar from lingering in the bloodstream.

• Stabilizes blood sugar levels after meals.

By enhancing circulation and increasing insulin sensitivity, the ionic wristband helps maintain steady blood sugar after meals, reducing spikes and lowering the risk of complications from blood sugar imbalances.

A Brief Overview of Diabetes

Diabetes affects the body’s ability to control blood sugar. In type 1 diabetes, insufficient insulin is produced, while type 2 diabetes is marked by poor insulin utilization. High blood sugar levels can lead to serious complications such as heart disease and nerve damage. Factors like genetics, obesity, and a sedentary lifestyle contribute to insulin resistance.