Magnet therapy parameters — what determines the treatment outcome?
Magnet therapy is a modern treatment method that uses electromagnetic fields to support the body's natural healing processes. Electromagnetic fields occur naturally in our environment, and our body's cells continuously respond to these signals. Therapeutic magnetic fields can help cell regeneration, reduce inflammation and relieve pain. The treatment outcome depends on the parameters of magnet therapy […]
Magnet therapy is a modern treatment method that uses electromagnetic fields to support the body's natural healing processes. Electromagnetic fields occur naturally in our environment, and our body's cells continuously respond to these signals. Therapeutic magnetic fields can help cell regeneration, reduce inflammation and relieve pain. The treatment outcome is shaped by the parameters of magnet therapy. In this article I describe these.
The role of frequency in treatment
Frequency determines the rhythm of the electromagnetic field pulses, and different values produce different therapeutic effects.
Lower frequencies, below 50 Hz, are particularly effective for pain relief and stress reduction. Mid-range values between 50–100 Hz primarily help with inflammation reduction and cell regeneration. Higher frequencies between 100–200 Hz are especially suitable for treating bone and cartilage problems. These are general values and parameters may vary for certain conditions.
The importance of treatment duration
Determining the duration of the treatment is crucial for the success of the therapy.
For acute problems, daily sessions of 15–30 minutes may be sufficient, while for chronic pain I recommend sessions of 45–60 minutes. In severe orthopedic cases, under medical supervision, daily treatments of 6–8 hours may be necessary to achieve the desired effect.
The effect of magnetic field strength
Choosing the magnetic field strength is decisive for treatment effectiveness.
For mild problems we usually work with values between 20–40 Gauss, while for moderate cases we raise this to 40–60 Gauss. For severe conditions we can apply magnetic fields of 60–100 Gauss, always taking into account the patient's individual sensitivity and condition.
The role of the operating cycle
The operating cycle determines how we dose the magnetic field during treatment.
A continuous, 100% cycle may be justified in intensive problems, while for general use I recommend a 50% pulsed field. For sensitive areas or initial treatments, a 25% cycle is often sufficient to achieve the desired effect.
Personalized approach
When setting treatment parameters, the individual's characteristics must always be taken into account.
For athletes, we generally use higher-intensity, shorter treatments, while for older patients we administer therapy more cautiously.
The selection of appropriate parameters also depends on the patient's age, general health condition, and the nature and severity of the problem being treated.
Expert support
Settings provided by devices like the Magnum units are generally adequate. If these are not effective enough, it may be necessary to modify the therapy and program parameters.
As a blogger I can help you choose which device is suitable for treating a particular diagnosis and offer general treatment advice.
For personalized, 100% tailored advice specific to your problem, consult a therapist working near you. Return to them regularly, discuss your experiences, and they can help adjust the therapy if needed.
This is the correct practice. Seek expert assistance!
Product recommendation: Magnet therapy devices
A magnet therapy device is a medical physiotherapy device used to treat musculoskeletal disorders.
