high energy inductive therapy
The emField is indicated for used for relaxation of muscle spasm, prevention or slowing of disuse atrophy, increasing local blood circulation, muscle re-education, and maintaining or increasing range of motion. We use it alone or in combination with our other regenerative modalities for a synergistic effect.
Static Treatment
Dynamic Treatment
Dynamic Treatment
Static treatment entails the use of a large applicator mounted on an applicator arm and directed at pain points or trigger points that have previously been palpated by the clinician. The clinician then selects the appropriate power output level to target the affected area. Static treatment is typically used to treat trigger points or pain points.
Dynamic Treatment
Dynamic Treatment
Dynamic Treatment
Dynamic treatment is administered by the clinician using a hand-held medium-sized applicator. After initially palpating the treatment zone, the clinician selects the appropriate power output level and administers HEIT by hand. Dynamic treatment is typically used to treat more generalized areas of pain.
HEIT for Non-Invasive Pain Management
Percutaneous functional neuromodulation (PFN), also called peripheral neurostimulation (PNS), is a new methodology for pain management and muscle recruitment training.
After an injury, the brain creates suboptimal compensation patterns in muscles, in order to unload the damaged tissues. Once tissues are fully healed, efficient muscle activation patterns need to be retrained to restore optimal movement, which is one of the most challenging aspects of physical therapy.
PFN works by magnetically activating nerves to generate a biochemical reaction at the neuromuscular junction. This essentially rewires the nerve-muscle connection. PFN provides the best technology for retraining muscle activation patterns.
HEIT for Neuromodulation
Percutaneous functional neuromodulation (PFN), also called peripheral neuro stimulation (PNS), is a new methodology for pain management and muscle recruitment training.
After an injury, the brain creates suboptimal compensation patterns in muscles, in order to unload the damaged tissues. Once tissues are fully healed, efficient muscle activation patterns need to be retrained to restore optimal movement, which is one of the most challenging aspects of physical therapy.
PFN works by magnetically activating nerves to generate a biochemical reaction at the neuromuscular junction. This essentially rewires the nerve-muscle connection. PFN provides the best technology for retraining muscle activation patterns.