PEMF Technology

NOVA’s Pulsed Electromagnetic Field (PEMF) technology offers a groundbreaking approach to accelerating soft tissue healing, making it a valuable tool in the management of acute and chronic injuries.
The specific frequency paired with our microcomputer helps optimize the therapeutic effects of PEMF, targeting the body at a cellular level to promote healing. By delivering electromagnetic pulses to the injured area, PEMF at 27.12 MHz stimulates cellular processes that are essential for tissue repair, reducing pain, and inflammation, and ultimately leading to faster recovery.

Enhancing Cellular Metabolism

When cells are exposed to PEMF at this frequency, their membranes become more permeable, allowing for an increased flow of ions and nutrients. This process is critical for the repair and regeneration of damaged tissues. The enhanced nutrient exchange supports the production of adenosine triphosphate (ATP), the energy currency of the cell, which is essential for cellular repair and growth. This boost in cellular energy accelerates the healing process, helping tissues recover more quickly and efficiently.

Promotes Blood Circulation

The electromagnetic pulses cause a dilation of blood vessels, which enhances microcirculation. This increased blood flow delivers more oxygen and essential nutrients to the damaged tissues, supporting the healing process. Improved circulation also helps to remove metabolic waste products that can accumulate in injured tissues, further reducing inflammation and swelling. By enhancing blood flow, PEMF technology ensures that the tissues have all the necessary resources to heal effectively.

Reduce Inflammation

Inflammatory responses, while essential for the initial stages of healing, can become chronic and impede recovery if not properly managed. NOVA’s PEMF at 27.12 MHz helps to modulate the body’s inflammatory response by reducing the production of pro-inflammatory cytokines. This modulation leads to a decrease in pain and swelling, allowing for a more conducive environment for tissue repair. Clinical studies have shown that patients receiving PEMF therapy experience significant reductions in pain and inflammation, enabling a quicker return to normal activities.

The combination of these effects makes PEMF technology a powerful tool in the treatment of soft tissue injuries.

By addressing multiple facets of the healing process—cellular metabolism, blood circulation, and inflammation—PEMF therapy provides a comprehensive approach to recovery. It offers an effective, non-invasive, and drug-free solution for individuals suffering from soft tissue injuries, whether due to surgery, trauma, or chronic conditions. As a result, patients can experience accelerated healing, reduced pain, and an overall improvement in their quality of life.

NOVA PRO: Anatomic Wraps

The NOVA PRO Anatomic Wraps are designed to deliver targeted, effective relief by harnessing the power of PEMF technology combined with therapeutic heat controlled by the microcomputer. These portable wraps provide a cutting-edge solution for managing pain and accelerating recovery from soft tissue injuries. The PEMF technology stimulates cellular repair and improves circulation, while the therapeutic heat soothes and relaxes muscles, enhancing the overall healing process. With their ergonomic design, NOVA PRO wraps offer comfortable, on-the-go treatment, making advanced pain management accessible and convenient.
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NOVA PRO: Three Therapeutic Settings

The NOVA PRO Anatomic Wraps are designed for ease of use and tailored therapy with three distinct settings. To activate, simply hold the button for three seconds.
  • The first setting, indicated by a red light, provides therapeutic heat only, perfect for soothing sore muscles and enhancing comfort.
  • The second setting, shown with a green light, activates PEMF therapy alone, stimulating cellular repair and improving circulation.
  • The third setting, marked by a blue light, combines both heat and PEMF for comprehensive treatment.
To turn off NOVA PRO, hold the button for three seconds.