Magnetotherapy – Magnetic Field Therapy

How does magnetic therapy work?

The treatment involves applying a magnetic field to specific areas of the body, which stimulates cells, improves circulation, and increases oxygen levels in the tissues. The magnetic field affects cell membranes, accelerating ion exchange and activating regenerative processes. As a result, muscles, nerves, joints, and bones regenerate faster, and the patient experiences significant pain relief.

Magnetic therapy most commonly uses a dynamic field (pulsed or alternating), whose frequency is similar to the natural vibrations of the human body. In some cases, a static field is also used, but due to its lower effectiveness, it is employed less frequently. The selection of appropriate parameters—frequency and field intensity—depends on the type of condition, the patient’s condition, and the expected therapeutic effects.

• Low frequencies stimulate repair processes and biological activity in tissues.
• High frequencies have analgesic and anti-inflammatory effects.

Magnetic therapy does not require removing clothing—the treatment can be performed even through clothing or dressings, including in the early postoperative period.

What does a magnetotherapy treatment look like?

The treatment is performed using a special device that emits an electromagnetic field, equipped with a coil-shaped applicator. The patient assumes a comfortable lying or sitting position, and the therapist places the applicator on the area requiring treatment. During the treatment, the patient feels no pain—only a gentle warmth or tingling sensation.

The treatment lasts 10 to 40 minutes, depending on the area being treated and the type of condition. After the session, there is no need to stay at the clinic—the patient can immediately return to daily activities, following only the doctor’s recommendations regarding further rehabilitation and activity.

Indications for magnetic therapy

Magnetic therapy has a wide range of applications in treatment and rehabilitation. This procedure is particularly recommended for:

• sports injuries, dislocations, and sprains,
• fractures (to accelerate bone regeneration),
• osteoarthritis,
• osteoporosis,
• inflammation of muscles and tendons,
• arthritis,
• chronic back pain,
• peripheral circulatory disorders,
• slow-healing wounds and burns,
• post-operative conditions and convalescence.

Effects of magnetotherapy

Regular treatments bring about a noticeable improvement in well-being and musculoskeletal function. Magnetic therapy:

• has analgesic and anti-inflammatory effects,
• improves blood circulation and tissue oxygenation,
• accelerates healing and bone fusion,
• supports muscle and nerve regeneration,
• reduces muscle tension,
• improves joint mobility and flexibility.

Thanks to its regenerative properties, magnetotherapy shortens the recovery period after injuries and surgeries, and also supports patients with chronic pain conditions.

Contraindications

Although magnetotherapy is a safe and non-invasive method, there are contraindications to its use. The treatment is not performed on:

• pregnant women,
• oncology patients,
• people with acute viral or bacterial infections,
• people with pacemakers or metal implants,
• patients with severe heart rhythm disorders or low blood pressure.
  

In rare cases, some individuals may experience temporary drowsiness or blurred vision—therefore, it is recommended to avoid driving for several hours after the procedure.