PEMF therapy fosters an ideal environment in the body, enhancing healing and recovery. It offers a variety of benefits, including pain relief, inflammation reduction, and support for cellular repair. Below are some of the key applications of PEMF therapy, showcasing its effectiveness in promoting overall health and wellness:

Pain Relief & Management

Inflammation Reduction

Cellular Regeneration & Repair

Enhanced Circulation & Oxygenation

Increased Energy Levels

Improved Sleep Quality

Optimal Healing Environment

PEMF (Pulsed Electromagnetic Field) therapy and potentially harmful electromagnetic fields (EMFs) are fundamentally different in their effects and applications. Here’s how they compare:

Frequency and Intensity:

PEMF: Operates at low frequencies (1 to 100 Hz) and low intensity, specifically designed to be safe and beneficial for the body.

Harmful EMFs: Often generated by high-frequency sources (like cell phones and microwaves), which can lead to thermal effects and cellular disruption.

Purpose:

PEMF: Aimed at promoting healing, reducing pain, and enhancing overall well-being through targeted electromagnetic fields.

Harmful EMFs: Typically arise from technology and infrastructure, lacking a therapeutic intent and potentially contributing to health concerns.

Biological Interaction:

PEMF: Positively interacts with cells, enhancing energy production and reducing inflammation without causing harm.

Harmful EMFs: Can disrupt cellular processes, leading to negative health effects such as oxidative stress and potential cellular damage.

Regulatory Oversight:

PEMF Devices: Subject to clinical research and regulatory approval, ensuring their safety and efficacy for health applications.

Harmful EMFs: Generally lack regulatory oversight, leading to ongoing discussions about their safety and potential health risks.

Conclusion

While PEMF therapy offers numerous health benefits through controlled and safe electromagnetic fields, potentially harmful EMFs are often associated with technology that can pose health risks. Understanding these differences is crucial for making informed choices about electromagnetic exposure.

When choosing a PEMF device, you have two primary options: localised applicators like the CELLER8 or full-body mats, including travel and mini mats.

Localised Devices: If your goal is to target specific areas of the body, a localised device is a great choice. These applicators allow for precise treatment. They are particularly convenient for on-the-go use, as they can be easily strapped to any part of the body

Full-Body Mats: For a more comprehensive treatment, we recommend using a full-body mat. This option ensures that PEMFs influence all cells throughout the body, rather than focusing on just one area. Our full-body mat package combines the benefits of full-body treatment with the ability to intensify effects in localised areas, allowing for a versatile "sandwich" treatment approach.

Intensity refers to the strength of the magnetic field generated by a PEMF therapy device, typically measured in Gauss. You might also encounter measurements in microtesla (μT), millitesla (mT), or tesla (T)—with 1 microtesla equal to 0.01 Gauss, 1 millitesla equal to 10 Gauss, and 1 tesla equal to 10,000 Gauss. For context, the Earth’s average intensity is about 0.5 Gauss, which is similar to what you experience when grounding or earthing by walking barefoot.

The CELLER8 features an adjustable intensity range of 1 to 100 Gauss, while our full-body mat offers 1 to 50 Gauss (or up to 600 Gauss when stacking the intensity of all 12 coils). This intensity range is not arbitrary; research suggests that 1 to 100 Gauss is optimal for PEMF therapy. A notable review by Mahsa Mansourian and Ahmad Shanei in 2021 examined 92 studies from 1999 to 2019 that investigated cellular responses to PEMFs in both humans and animals. Their findings indicated that flux densities between 1 and 10 mT (10-100 Gauss), along with chronic exposure for more than 10 days, are more effective in eliciting a cellular response.

Electromagnetic fields are emitted at various speeds, known as frequency, which is measured in Hertz (Hz). While frequency has a lesser impact on the healing aspects of PEMF therapy compared to intensity, it plays a crucial role in promoting different brain wave states, such as sleep, meditation, and focus. These brain wave states are categorized into five types: delta, theta, alpha, beta, and gamma.

Brain wave frequencies are categorized into five main types, each associated with different mental states and functions. Here’s an overview of each type, their frequency ranges, and how they affect the body:

Delta Waves (0.5 - 4 Hz)
Effect: Delta waves are the slowest brain waves and are primarily associated with deep sleep and restorative processes. They play a crucial role in healing and regeneration, promoting physical recovery and immune function.

Theta Waves (4 - 8 Hz)
Effect: Theta waves are linked to light sleep, relaxation, and creativity. They can enhance intuition, emotional connection, and meditative states, often facilitating deep relaxation and stress reduction.

Alpha Waves (8 - 12 Hz)
Effect: Alpha waves are present during calm, relaxed, yet alert states, such as when you’re daydreaming or meditating. They promote mental clarity, reduce anxiety, and improve overall mood.

Beta Waves (12 - 30 Hz)
Effect: Beta waves are associated with active thinking, problem-solving, and focus. They support alertness and concentration but can also lead to stress and anxiety if dominant for extended periods.

Gamma Waves (30 Hz and above)
Effect: Gamma waves are linked to higher cognitive functions, such as information processing, learning, and memory. They can enhance perception and cognitive functioning, promoting peak performance in tasks requiring concentration.

Understanding these frequencies can help you select the appropriate PEMF settings to support your desired mental state or physical condition.

Polarity in PEMF therapy refers to the direction of the magnetic field, which can be categorized as either north or south. Each polarity has distinct effects on the body:

North Polarity: Often associated with stimulating and energising effects, north polarity is believed to promote cellular activity, enhance circulation, and support healing processes. It can be beneficial for conditions that require increased energy and regeneration.

South Polarity: This polarity is generally linked to calming and soothing effects. South polarity may help reduce inflammation, alleviate pain, and support detoxification. It can be particularly useful for relaxation and recovery.

The ability to switch between north and south polarities allows for versatile treatment options in PEMF therapy. Some devices, such as CELLER8, offer the flexibility to adjust polarity, enabling users to customise their therapy based on specific health goals. Understanding the implications of north and south polarities can enhance the effectiveness of PEMF treatments.

The waveform refers to the physical shape of the electromagnetic wave used in PEMF therapy, with common types including sinusoidal, square, sawtooth, and triangular waves. Each waveform has unique properties that influence how the body responds to the therapy.

For PEMF therapy to be most effective, the waveform must change as rapidly as possible. This quick alteration triggers a response in the cells, leading to the positive effects of PEMF. That's why CELLER8 utilises a square waveform, engineered for the fastest rise time to maximise induction.

Extensive research, including studies conducted by NASA, has shown that the square waveform is particularly effective. NASA found that the slew rate—the speed at which the waveform rises and falls—is the most crucial factor in the performance of a PEMF device

PEMFs are utilised to enhance brain function, and the CELLER8 programmes are specifically designed around various brain frequencies.

The Morning programme employs BETA frequencies (12-30 Hz) to boost energy and promote optimal brain activity during the early part of the day, aiding focus and productivity.

The Evening programme uses ALPHA frequencies (8-10 Hz) to help you relax and recover as the day winds down.

The Night programme features DELTA frequencies (0-4 Hz). During this mode, we recommend using the CELLER8 without the full-body mat, placing it near your head—such as by your pillow or on your bedside table—to encourage the brain to remain in DELTA frequencies throughout sleep.

Additionally, the Meditation mode operates within THETA frequencies (4-8 Hz) to facilitate a deeper meditative state, enhancing relaxation and mindfulness.

PEMF therapy has received FDA approval for certain conditions (not all are listed below). Here’s a brief timeline of the FDA's approvals:

1979: FDA approved PEMF therapy for the healing of non-union fractures.

1987: FDA approved it as an adjunct therapy for treating postoperative edema and pain.

1998: FDA approved PEMF therapy for urinary incontinence and muscle stimulation.

2004: FDA approved PEMF therapy for cervical fusion patients at high risk of non-fusion.

2006: FDA approved PEMF therapy for the treatment of depression and anxiety.

2011: FDA approved PEMF therapy for treating brain cancer.

2015: The FDA reclassified PEMF devices from Class 3 to Class 2 status. Most PEMF devices sold today in the United States are registered as wellness devices.

While PEMF therapy is generally considered safe, some individuals may experience mild side effects. These can include:

Temporary Discomfort: Some users may feel mild discomfort or tingling during the session, especially in areas being treated.

Fatigue: After a session, some individuals report feeling fatigued as their body begins to heal and adjust.

Headaches: Occasionally, users may experience headaches, particularly if they are sensitive to electromagnetic fields.

Dizziness: Some people might feel light-headed or dizzy following treatment, especially if they are new to PEMF therapy.

Nausea: A small number of users may experience nausea, usually mild and short-lived.

Increased Urination: As the body detoxifies, some individuals may notice an increase in urination.

Mood Changes: Some users may experience shifts in mood, which can be attributed to the body’s response to healing.

It’s important to consult with a healthcare professional before starting PEMF therapy, especially if you have pre-existing health conditions or concerns. Most side effects are temporary and tend to resolve quickly.

PEMF (Pulsed Electromagnetic Field) therapy is a promising approach for enhancing overall wellness and supporting various health conditions. However, before beginning any new therapy, it's essential to consider potential contraindications and precautions to ensure safety and effectiveness. This guide outlines important considerations to keep in mind, helping you make informed decisions about your PEMF therapy journey.

Pregnancy:
Caution is advised during pregnancy. While there is no conclusive evidence of harm, the safety of PEMF therapy during pregnancy has not been firmly established.

Neurological Conditions:
Individuals with neurological conditions that may lead to seizures (such as epilepsy) should use PEMF therapy cautiously. Although instances of PEMF triggering seizures are rare, the theoretical risk exists.

Active Bleeding:
PEMF therapy can enhance circulation and oxygenation, but it is not advisable for those experiencing active bleeding (e.g., after surgery). Increased circulation may worsen blood loss and hinder clotting, affecting proper healing. Any bleeding should be fully controlled before starting therapy.

Always consult with a healthcare professional before beginning PEMF therapy, especially if you have any underlying health conditions or concerns.

Implanted Electronic Devices:

PEMF therapy is not recommended for individuals with implanted electronic devices, such as pacemakers, cochlear implants, or intrathecal pumps. The magnetic field produced by PEMF devices may interfere with these devices and disrupt their function.

Organ Transplants:
PEMF therapy is contraindicated for organ transplant patients. The stimulation from PEMFs could increase the risk of organ rejection post-transplant.