What Is the PEMF Device And What are the Different Features The human body works through electrical energy. This energy is produced within the body and from the outside. The earth has what is called the electromagnetic energy. The human body also has its own way of producing the same type of energy. This energy is required by the cells and the cell components to carry out their activities. Falling ill can be seen as a weakness in the body cells. The cells do not have enough energy. The cells need to be recharged so that they can resume their roles. The pulsated electromagnetic field devices are used to provide this power to the body cells. This form of energy has been very effective in treating chronic pain. It is a natural treatment since it only energizes the body cells and makes them stronger. This technology has been in use in Europe for over forty years and has been approved by FDA as safe and effective. It makes people get relief from chronic pain. To easily see how the PEMF devices function, visualize a phone battery that has gone low in power. You connect the same to the charger and then have it serve you. The PEMF device will work just like a charger to your cells. It recharges the cells that are in low power. The healthy cells are also recharged though it can be tough to realize the differences for healthy cells. The treatment applies to different conditions such as cancer, depression, and arthritis. The PEMF devices have differences considering that they are made by different manufacturers. When you go searching for them, you know the differences in the PEMF devices. The power level is one of the significant differences in the PEMF devices. It can be as low as the earth’s magnetic field to more than 10,000 times powerful. Low power devices are in most case used for bone healing and cellular health. For degenerative diseases, sports injuries, trauma accidents and surgery, high power devices are used. The high power devices are more effective in pain relief. Another notable differences for the PEMF machines is the continuous waveform or the pulsed waveform. Most of the low power devices have a continuous waveform while the high power devices have a pulsated waveform. Another difference is the shape of the waveform. The continuous waveform can be shaped in square, sine, saw tooth or custom waveform. For the pulsated output devices, the shape of the wave is biphasic short duration pulse. The pulse rate of the lower device is often preset by the manufacturer while the high power devices have a user variable control of pulse rate.