Technology 02

PEMF
Pulsed fields

Pulsed electromagnetic fields at low frequency (1-100 Hz). Deep cellular stimulation for tissue regeneration and pain reduction.

Electromagnetism at the service
of regeneration

PEMF therapy uses time-varying magnetic fields that induce secondary electric fields in the tissues. This membrane depolarization triggers an influx of calcium ions, activating calmodulin and triggering the NO/cGMP signaling cascades.

These mechanisms stimulate the synthesis of type I collagen, the production of VEGF for angiogenesis, and the modulation of inflammation. The FDA approved PEMF for non-union fractures back in 1979, with healing rates of 73-85% (Aaron & Bhatt, JAAOS, 2020).

Gaynor et al. (2025) demonstrated in a multicenter randomized trial a significant reduction in joint and soft tissue pain, with decreased medication consumption compared to standard treatment. Our professional PEMF mat allows full-body stimulation in a lying position, promoting relaxation and regeneration during the session.

Measured benefits
  • Accelerated tissue regeneration
  • Joint pain reduction
  • Improved microcirculation
  • Stimulation of collagen synthesis
  • Modulation of inflammation
Applications

When to use PEMF?

Joint pain

Osteoarthritis, polyarthritis, chronic joint pain: PEMF modulates local inflammation via the NO/cGMP cascades and stimulates the regeneration of cartilage and periarticular tissues.

Bone recovery

FDA-approved for non-union fractures since 1979, PEMF stimulates osteoblastic activity and accelerates bone consolidation with healing rates of 73-85%.

Chronic inflammation

PEMF reduces systemic inflammatory markers and improves local microcirculation, offering a complementary approach for chronic inflammatory conditions.

Absolute contraindications: implanted electronic devices (pacemakers, defibrillators, cochlear implants), pregnancy, active hemorrhage.

Previous technology
← Photobiomodulation
Next technology
HIFEM →