PEMF THERAPY

PEMF THERAPY

WHAT IS PEMF?

PEMF (which stands for Pulsed Electromagnetic Therapies) research has been conducted worldwide for over 4 decades with positive health promoting results!
Below are some of those benefits:

  • Promotes cellular health to improve wellness

  • Pain & inflammation relief

  • Enhances body's self-healing abilities

  • Supports & improves bone, tissues & nerve healing

  • Boosts energy and athletic performance

  • Improves circulation, oxygenation & immunity

  • Improves sleep, stress & cognitive function.

  • NON-TOXIC, NO KNOWN SIDE EFFECTS!  

TELSA

A high-intensity PEMF device with 3 different coil attachments designed to provide maximum intensities at the lowest frequencies. This provides deeper penetration and best benefits from its intensity levels.

The pulse rate or PEMF frequency range is between 1 to 5 pulses per second or 1 – 5 Hz. At the lowest intensity, the pulse rate is 5 pulses per second and at the highest intensity level the pulse rate is slower than one pulse per second. All systems have a background pulsed magnetic field of 10 Hz next to the noticeable 1-5 pulses per second. With ‘background signal’ we mean it’s less prominent and about 5-10% the intensity of the noticeable 1-5 pulses per second. 10 Hz boosts oxygenation while the lower frequencies stimulate tissues to improve circulation. In short, the effects are totally amazing!


Below are benefits based on the basic know-how of the effects of PEMF therapy. 
By enhancing the natural functions of the cell’s performance for recovery and regeneration, PEMF therapy provides benefit universally for all ages and body-types!

  • Boosting the immune system by improving the adhesion of white blood cells

  • Enhanced cellular and tissue elasticity with increased collagen production

  • Decreased swelling, inflammation, and pain

  • Stimulation of cellular repair mechanism

  • Accelerated detoxification of cells and organs

  • Increased absorption of nutrients and pharmaceuticals

  • Improved micro-circulation

  • Increased calcium transport and absorption for stronger bones, joints and muscles

  • Increased supply of oxygen, ions and nutrients to cells

  • Increased ATP production by enhanced enzyme reactions

  • Increased partial oxygen pressure

  • Increased production of nitric oxide

  • Stimulation of cellular repair mechanisms

  • Anti-oxidation regulation