What are pulsating magnetic fields and how do they work?
Pulsed magnetic fields work through electronic equipment, generating pulse trains that can be controlled in frequency and power. These in turn are amplified and sent to an inductive transducer, which transforms these pulses into magnetic fields.
These magnetic fields are induced in humans, generating positive effects on their well-being, helping in the treatment of various conditions.
This technology, applied to therapy, has been studied and accepted for its scientifically proven benefits, resulting in a safe, noninvasive, and highly effective therapy.
Pulsed Magnetic Field Therapy
In TCMP, electric microcurrents are induced, The conductive material is primarily living tissue , which is stimulated through electrotherapy. The treatment is painless and noninvasive.
The CM is pulsed because it emits the electromagnetic field in a way intermittent , its intensity can vary according to the patient's needs, The therapist can indicate the protocol . Frequency is measured in Hertz and means the number of pulses per second.
Magnets are not used here; in them, the intensity is the same, but in the CMP, the intensity of the magnets varies and can be measured (Gauss). It is based on Faraday's Law either electromagnetic induction. The electricity It is generated and conducted through inductors, which are inside the mattress, which is connected to a electronic brain .
What are some of its benefits?
In this type of specialized treatment field, no harmful electromagnetic radiation is generated. All of our bodily functions require electrical stimulation of the brain, which then travels through the nerves to the muscles. Here are some of the benefits of pulsed magnetic field therapy:
Improves the condition of the musculoskeletal system : Increases the strength of muscles and tendons, while accelerating the recovery of bone tissue when there are fractures.
- Promotes blood flow in veins and arteries : Stimulates the formation of new blood vessels. Activates the regeneration of venous and arterial endothelia.
- Regenerates cells by activating their metabolism by increasing cellular function, this through the movement of ions through the cell membrane, oxygenation and increase in growth factors .
- It is a stimulus bioregenerator (at the cellular level).
- Promotes cell regeneration, formation of collagen and that of the endothelia.
- Accelerate healing of wounds and ulcers .
- Prevents soft tissue calcification. (Tumors and Cancer)
- Has anti-inflammatory and analgesic effects .
- Stimulates the regeneration of cartilage and bones .
- Help to balance he PH cellular.
Pulsed Electromagnetic Field Therapy (PEMF) Generator
Generator of analgesic and anti-inflammatory effect
There are different devices and types of therapy that can generate pulsed electromagnetic fields. We present one of the most up-to-date and sought-after devices.
The Pulsed Electromagnetic Field Therapy Generator (PEMF) used in Magnetotherapy, also called Biomagnetism therapy or Therapeutic Electromagnetism, is a therapy in which an energy (a low-frequency, pulsating magnetic field) is applied, called an electromagnetic field, which improves microcirculation and local blood circulation, helping to reduce inflammatory and traumatic edema and restore damaged tissues. It has a beneficial effect on the central nervous system, improving general condition, sleep, and reducing irritability. It also strengthens the immune system.
Among many other benefits are:
-It improves blood circulation by accelerating the movement of hemoglobin in the blood vessels and reducing calcium and cholesterol deposits, helping to cleanse veins and arteries.
-It influences cellular events by improving transcription, transduction, and translation in the cell, influencing the endogenous production of hormones, proteins, enzymes, and neurotransmitters in natural response.
The main advantage of the magnets' effect is their highly effective immunomodulatory properties. They activate natural intracellular protective systems, which accelerate the healing process of tissues and blood vessels.
The Pulsed Electromagnetic Field Therapy Generator (PEMF) generates an inhomogeneous alternating magnetic field with a frequency of 50 Hz and a specific magnetic induction on its small work surface.
Why is the Pulsed Electromagnetic Field (PEMF) Therapy Generator so effective?
- It has an analgesic and anti-inflammatory effect.
- Improves blood circulation.
- Repairs damaged tissues.
- Improves the central nervous system.
- Improves sleep and reduces irritability.
- Strengthens the immune system.
Helps treat:
Diseases and damage of the musculoskeletal system:
- Deforming osteoarthritis of the hip, knee, ankle, foot and hand joints.
- Periarthritis of the shoulder joints.
- Bursitis of the periarticular bursae, calf bursa of the shoulder joint.
- Osteochondrosis of the spine.
- Hematogenous osteomyelitis.
- Fracture of the bones of the extremities, pelvis, spine.
- Internal damage to the joints.
- Post-traumatic joint contracture.
- Soft tissue contusion, hematoma, ligament and muscle damage.
- Post-traumatic edema.
Diseases of the female genital organs:
- Inflammatory diseases of the uterus and appendages, ovarian hypofunction.
- Insufficiency of the luteal phase of the menstrual cycle.
- Dysmenorrhea.
- Premenstrual and climacteric syndrome.
- Adhesive process in the abdominal cavity and small pelvis.
- Complications of postoperative delivery (cesarean section, violation of the integrity of the perineum)
Applications of the Electromagnetic Therapy device:
- Inflammation of the lungs
- Bronchial asthma
- Bronchitis
- Bronchitis in children
- Tracheitis
- Tracheobronchitis
- Sinusitis
- Rhinitis
- Gastritis
- Stomach ulcer and duodenal ulcer
- Cholecystitis
- Hepatitis
- Cervicalgia (neck pain)
- Cervicocranialgia (neck and head pain)
- Cervicobrachialgia (neck and shoulder pain)
- Cervical radiculitis
- Thoracalgia
- Thoracic sciatica
- Lumbar lumbago
- Low back pain
- Lumbosciatica
- Lumbosacral radiculitis
- Coccygodynia (tailbone pain)
- Periarthritis of the shoulder
- Epicondylitis of the elbow
- Constricted styloiditis of the wrist
- Carpal polyarthritis
- Osteoarthritis of the hip joint
- Osteoarthritis of the knee joint
- Bilateral osteoarthritis of the knee joints
- The heel spur
- Achillodynia
- Joint and soft tissue injuries
- Wounds
- Adnexitis
- Bilateral adnexitis
- Cystitis
- Hypertensive disease
- Thrombophlebitis of the foot
- Arteriosclerosis of the cerebral vessels
- Concussion and the consequences of a head injury
