While people in certain types of pain have been greatly relieved to find the BioMat, these products provide great benefits to almost anyone. If you need to release stress by relaxing your muscles and enjoy soothing Far Infrared Ray heat, simply lying on the BioMat promotes a feeling of well-being for a healthier mind and body. The BioMat provides temporary relief of:
~ Minor muscle pain
~ Minor joint pain and stiffness
~ Joint pain associated with arthritis
~ Muscle spasms
~ Minor sprains and strains
~ Minor muscle back pain
Other benefits some practitioners have found include:
~ Reduce stress and fatigue
~ Soothes and relaxes
~ Support the immune system
~ Improve sleep (if associated with pain relief)
~ Reduce inflammation (where applied)
~ Increase tissue oxygen (due to increased circulation where applied)
~ Provide such muscle relaxation that you may sleep better if you experienced occasional difficulty sleeping.
Far infrared spectrum therapy
The effectiveness of light therapy has been acknowledged by the mainstream medical profession for some time now. Laser light has been used to tone and rejuvenate skin and reduce fine lines.
The beneficial properties of far infrared light have received particular attention from the scientific community in recent years, although the first research conducted on this part of the light spectrum was undertaken by NASA decades ago.
Natural superconducting properties deliver deep treatment
The technology incorporated into the BioMat is the oldest and most valued throughout the centuries.
Amethyst’s healing powers have been celebrated for thousands of years. The ancient Greeks believed it protected against intoxication. In fact, the word originates from the Greek word, “amethustos” or “sobriety.” Leonardo da Vinci believed that amethyst had the power to protect against evil and to increase intelligence. Buddhists use the stone to enhance peace and tranquility during meditation. Today, modern science shows us that centuries of lore surrounding the stone’s healing powers are supported by its unique physical characteristics, including its piezoelectric properties, which allow it to carry both a negative and a positive charge simultaneously. The outermost layer of every BioMat product is covered with channels of pure amethyst through which the far infrared rays must pass. The superconducting properties of the amethyst layer turn these rays into long wavelengths capable of safely and deeply, penetrating the body.
What are far infrared rays?
Far infrared rays are part of the electro-magnetic light spectrum and are close to the light frequency of natural sunlight. However, far infrared does not contain any of sunlight’s harmful UV/UVB radiation. The beneficial properties of far infrared light have received particular attention from the scientific community in recent years, although the first research conducted on this part of the light spectrum was undertaken by NASA decades ago. Today, health practitioners from a wide range of disciplines agree on the beneficial properties of far infrared technology.
What are negative ions?
An ion is a particle containing an electrical charge. An ion with a negative electrical charge is called a negative ion, and this type of ion is now considered to be integral to healthy cellular function.
How does the BioMat deliver far infrared rays and negative ions to the human body?
The BioMat stimulates ion channels by producing negative ions that deliver energy to the cells of the body. The topmost layer of the BioMat is constructed of superconducting channels of pure amethyst, which allow the far infrared rays and negative ions to penetrate the body deeply.
How does amethyst quartz enhance ionic and far infrared ray therapy?
Amethyst’s healing properties have been acknowledged and celebrated for centuries by ancient scientists, healers and others. Now, modern science has confirmed the highly conductive properties of this remarkable mineral. Amethyst crystals offer the most consistent and powerful delivery of far infrared light waves, and ionic effects to the human body.