ENF represents the latest generation in the continuing evolution of devices for rehabilitation. It’s the most sophisticated professional instrument currently available for electrotherapy, serving both diagnostic and therapeutic procedures.

ENF is used in two interrelated ways: first, by scanning, it identifies tissue anomalies projected onto the skin surface; secondly by accelerating tissue repair. ENF is operator dependent and requires commitment, training, and a good knowledge of anatomy. Because of its broad ranging capacity, it can provide or amplify the healing process for a vast number of pathologies; many of which are very difficult to resolve in other ways.

How it works

ENF sends electrical bipolar and biphasic impulses at very low frequencies: from 15 to 350 Hz. The secret of its success lies in its pioneering innovative technology. During ENF therapy there is a continuous and constant interaction between the instrument and the patient. This provides a great deal of information about the disease process and faster rehabilitation times.

Taking the double electrode in contact with skin, ENF transmits and receives impulses exchanging them between the two electrodes. During the exchange, the impulses come in contact with the nerve endings of the skin and undergo changes that are registered by the device.

Treated Pathologies

The ENF, used with appropriate protocols and supplied accessories, is applied on a wide range of problems, in acute trauma, in post-operative rehabilitation, in the treatment of chronic diseases.

Upper limb disorders Joint Instability and Cuff Pathologies Adhesive Shoulder Capsulitis Muscle/tendinous injuries Tendonitis Epicondylitis, Epitrochleitis Carpal tunnel syndrome Spinal Column pathologies Cervical disc and neck pain Neck Pain Lumbago Back Pain Radiculitis Osteoporotic Pain Lower limb disorder Bursitis Tendonitis Distortions capsule-ligament Outcomes of prosthetic and reconstructive surgery Entrapment syndromes Other treatments Pain Migraine Spondylolysis and spondylolisthesis Thoracic/Lumbar herniation Scoliosis Discopathy Trauma pain and sport injuries Muscle and tendon inflammation Spinal disc cervical

The impulses exchange between the electrodes interacts with the nervous system and the subcutaneous elements. Arthrosis, cervical arthrosis, arthritis, osteoarthritis Calcification Peripheral neuropathy Haematoma and bruises Fracture consolidation Post-operative Tissue regeneration Dermatological problems Respiratory problems Neurological problems Circulatory problems Gynaecological problems Contraindications Pregnant women Patients with pacemakers or other subcutaneous electronic equipments