FAQ

PEMF stands for pulsed electromagnetic field. It is a non-invasive and painless health-promoting technology in which an electromagnetic coil is energized in specific ways to generate and send pulsed magnetic fields through the body. The magnetic fields pass through the tissues of the body and interact with the cells to elicit various beneficial responses that are dependent on the waveform of the specific PEMF signal being applied.

PEMFs have been studied by the scientists for their health benefits since the 1970’s, with thousands of published research papers demonstrating its effectiveness for various health-related applications.

The biological methods of action are quite complex, but here’s a simplified explanation.

The pulsed magnetic fields are emitted from the electromagnetic coil and through the tissues of your body. As they pass through the cells of these tissues, they affect them primarily in 2 beneficial ways: 

Restoration of cell membrane potential

• Healthy cell function is dependent on an appropriate electrical potential across the cell membrane for energy production and nutrient utilization.
• Membrane potential can be disrupted by non-native EMFs, oxidative stress, disease, and other forms of cellular damage.

Modulation of cell signaling pathways

• The PEMFs can instruct cells regarding which functions to perform by up or downregulating the expression of certain genes.
• Gene expression is fundamental to the execution of cellular processes, including the production of various components of tissues necessary for proper structure and function.

An application of PEMF with a different mechanism is transcranial magnetic stimulation (TMS). The magnetic fields transmitted through the head induce micro-currents within the neural tissue and can influence brain activity.

PEMFs are very safe even in large doses. PEMF has been carefully examined in thousands of peer-reviewed studies of various types, including human tests on all parts of the body. In all these experiments, no serious adverse effects were recorded, and the only negative side-effects observed were mild and temporary.

The reported side effects included headaches, nausea, muscle aches, and fatigue. These reactions are typically attributed to the detoxification effects that accompany the healing process. In all cases, these symptoms resolved on their own without requiring medical intervention.

While the magnetic field strength of PEMF machines is relatively low, it is recommended not to use them in close proximity to magnetic objects and sensitive electronic devices such as pacemakers.

PEMF therapy utilizes pulsed electromagnetic fields to interact with the body at the cellular level. This may support overall wellness by influencing various biological processes, depending on the signal strength and waveform used.

Some potential effects of PEMF therapy include:

• Supporting Cellular Function: PEMF signals may help optimize energy production, nutrient transport, and communication at the cellular level.
• Potential Support for Inflammation: Research suggests that PEMF therapy may help influence the body’s response to inflammation.
• Bone Health: PEMF therapy has been studied for its potential to support bone health and may assist in the healing process of bone fractures.
• Circulatory Support: PEMF may help promote the production of Nitric Oxide, a molecule that plays a role in circulatory health.
• Mental Well-being: Some studies suggest PEMF may influence brainwave activity, potentially supporting focus and relaxation.
  
  
  It’s important to note that the effects of PEMF vary based on individual factors, and studies continue to explore its broader benefits. Always consult with a healthcare provider if you experience any concerning symptoms that don't resolve within a few hours.

A PEMF session will typically involve either lying on a PEMF mat or placing an electromagnetic coil over a particular area of concern. The strength of the magnetic field emitted from the PEMF coil is strongest at the center of the coil and decays exponentially with distance. As such, the effective range of the coil is limited and must be placed close to the target area for optimal results.

Most people do not feel the magnetic fields from the PEMF machine passing through their body. For those that do, it may feel like slight tingling or buzzing sensation.

Individual experiences can vary, but some may notice changes in the area exposed to PEMF, such as a reduction in discomfort or tension throughout the course of the session.

When used for transcranial magnetic stimulation, recipients may notice a change in their mental state or awareness during the session.

The short answer: 30–60-minute sessions will be sufficient to produce results in many applications
However, the recommended PEMF session duration and frequency depend on the intended result.
Generally speaking, longer duration and greater frequency of sessions will typically yield better and faster results regardless of the desired outcome.

The waveforms of the pulsed magnetic fields used with PEMF machines typically have frequencies within the range of EMFs categorized as extremely low frequency (ELF-EMF). ELF-EMFs include frequencies between 0 and 300 Hz, but most PEMF frequencies are below 100 Hz.
It is a common misconception that frequency alone defines a PEMF signal, and that each therapeutic application of PEMF is associated with specific frequency. However, the truth is that PEMF signals emitted from the coils are intricate 3-dimensional electromagnetic fields, which are generated by the flow of complex waveforms of current through the coil. The shape of the waveform is infinitely variable, but certain waveform characteristics can be used to describe and fully define simplified waveform shapes that will encompass a wide range of options. These characteristics include wave shape (square, sine, etc.), wave polarity, pulse width/duration (also duty cycle), frequency, and amplitude.

There has been an effort to determine optimal PEMF characteristics (frequency, waveform, strength, etc.) for specific applications, and numerous articles have been published that clearly demonstrate that certain PEMFs have greater health benefits than others. However, it is impossible to evaluate all the different variables in any given application due to the empirical nature of current scientific evaluation methods. The best that we have at the moment is a vast body of research that provides a repository of evidence indicating that PEMFs with certain waveforms and magnitudes are effective at providing particular results in a given application. The PEMF signals we provide and their recommended uses are directly derived from this body of research to maximize the potential of achieving the claimed benefits.
Additional work is still required to determine the best ways to apply PEMFs and optimize the health benefits derived from PEMFs. The data we currently have shows PEMFs can be a very effective health-promoting tool with numerous applications when used appropriately. It is possible that there is a personalized aspect to their application as well, in which certain PEMF signals work better for certain individuals. While we are confident that the provided signals will yield great results, we also encourage some degree of experimentation to find out what works best for you.

Individual results will vary, but many people experience feelings of improved wellness and relaxation after a single session. Certain additional benefits can be realized from regular sessions over the course of several weeks.

When PEMFs pass through your body, it is typically painless. Most people will either feel nothing or a mild tingling sensation. Some may experience slight discomfort, but this is typically a good sign indicating stimulation of the healing process.

Side effects are rare but may include temporary fatigue, mild discomfort, or headaches. If you have any concerns, we recommend consulting with a medical professional or other qualified person.

Most of our PEMF devices are intended for personal use at home or on-the-go. Our product manuals and application instructions will tell you everything you need to know to use our devices safely and effectively from the comfort of your own home.

PEMF is not recommended for people with pacemakers, insulin pumps, or other implanted electronic devices. It is also generally avoided during pregnancy.

PEMF is safe for animals and, as with humans, it can help to reduce stress and promote a state of relaxation.

PEMFs have been studied by the medical community as a healing therapy since the 1970’s, with thousands of published research papers demonstrating its effectiveness and FDA-approval for various health-related applications.
We have an entire page on this website dedicated to the science behind PEMF. We have read and analyzed numerous studies on PEMF in our process to develop effective PEMF signals and treatment protocols. A summary of our findings is documented for your convenience.

There are currently no long-term longitudinal studies of prolonged PEMF therapy use in children. As such, we cannot say with certainty what its effects on growth and development may be. PEMF therapy has a very robust safety profile and there are no indications of potentially harmful effects in children, especially for short-term use. However, we recommend that use of PEMF on children be supervised by a healthcare provider.

PEMF uses electromagnetic coils to produce pulsed electromagnetic fields, whereas magnetic therapy relies on static magnets. The changing magnetic fields produced by PEMF devices will create electrical potentials within cells by induction. The waveform and frequency of the magnetic fields in PEMF devices can be varied for different applications. Static magnets produce a constant magnetic field, and these unchanging magnetic fields do not induce electrical potentials in cells. Evidence for the effectiveness of PEMF is vast and undeniable, whereas effectiveness of magnetic therapy is still up for debate.

Long-term benefits of PEMF therapy can include improved cellular health, elevated energy levels, better sleep, and enhanced overall well-being.

The best way to check it is by gently holding the provided magnet near the coil and feel if it’s vibrating.

If you have the device set up properly according the instructions, and the magnet doesn’t vibrate when you turn it on, there are a few things we suggest you try before contacting customer support.

• Make sure the volume on your device (and amp if applicable) is turned all the way up.

• Check all of the cable connectors. Make sure that each one is firmly connected. If any are loose, plug them in fully. Test again after the connection is fixed. If everything looks fine, it can still occasionally help to unplug and reconnect them all just to be sure.

• Try shutting everything off, turning the volume down, power everything back on, then turning up the volume.

• If you have any spare cables or connectors, swap them in and test it. Testing the components for conductivity with a multimeter also works.
  If none of these suggestions helps, contact customer support and we will help troubleshoot the issue.
  
  

Our devices come with a 30-day satisfaction guarantee. We stand behind the effectiveness of this technology and the quality of our products. If you don’t notice any results after using one of our devices correctly and consistently for appropriate duration, you can request a return within 30 days of receiving it. Returns for reasons other than this are not accepted. See our return policy for additional details regarding terms and conditions for returns.