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What is PEMF?
PEMF devices transmit magnetic fields through your body using an electromagnetic coil (or multiple coils). The coils are energized in specific ways such that the time-varying magnetic fields emitted from them are helpful to the cells of your body. All cells rely on electrochemical processes for various biological functions. Exposing cells to changing magnetic fields can induce electrical potentials and microcurrents within the electrically sensitive components of the cells and help to improve function and/or modify their behavior.


Research-Backed
PEMF signals
The quality of the PEMF signals used in PEMF therapy are just as important as the PEMF Machine itself.

PEMF Signal Parameters Matter
It is important that the signals used to power a PEMF machine are appropriate for the given application. Exposing your cells to unhealthy electromagnetic radiation (e.g. cellphones, WiFi, etc.) can damage them and even lead to cancer. Exposing them to beneficial forms of EMF can promote recovery, increase energy, and optimize function!
PEMF Signal Specificity in Cells
Research shows that different cells respond favorably to certain PEMF stimuli but not to others. For optimal results within a particular application, one must apply PEMFs with the correct signal waveform, magnetic field intensity, and duration.
Common Misconceptions
People incorrectly assume that frequency alone defines a PEMF signal, and that each specific application corresponds with a particular frequency. The truth is that the signals used in PEMF applications are complex waveforms that are defined by a number of important variables, frequency being just one. Additionally, certain signals have multiple applications based on the physiological response(s) that they induce within your cells.
PEMF Signal Waveforms
The waveforms used to generate beneficial PEMFs are time-varying electrical signals that come in many different forms. While signals can be varied in infinite ways, there are a few key variables used to define them: 1) Waveform/Pulse Shape, 2) Duty-Cycle (Pulse Width), 3) Pulse Frequency, and 4) Polarity. The unipolar square pulse shown in this image is one common type used.
Research-Backed Signals
All our signals and usage recommendations are based off of scientific research published in peer-reviewed medical journals. We meticulously reviewed the current body of PEMF-related research and came up with what we believe to be the most effective signals for a variety of applications with the data available. These signals are all available through our mobile app.
Signal Library
Our Signal Library currently consists of 15 different PEMF signals, most with multiple applications. Our signals and a brief description are shown in the slider below. Descriptions of our carefully curated signals and instructions for their application are included in the Signal Library document, downloadable from our Resources Page.
Spectrum PEMF Mobile App
PEMF Knowledge Expanding...
Despite the fact that PEMF is a well-established medical therapy with thousands of research studies dating back to the 70's, our understanding of this technology is constantly expanding. As more research is performed, our ability to utilize PEMF more effectively in various applications increases. We will be regularly updating our Signal Library and usage recommendations as new discoveries unfold.