Why are PEMF 4000 Products the best on the market?

No less important than the intensities generated by PEMF devices, frequencies are an additional parameter to be reviewed carefully.

 

The available pulsing frequencies of the PEMF system should cover a wide range in order to have available the best therapeutic possibilities for the various different applications.

 

As the name pulsed electromagnetic field therapy already indicates, magnetic energy is transferred into the body by means of pulsing the energy with a specific repetition rate called frequency. Frequency is expressed as how many pulses per second are generated by the device.

 

Many clinical double blind studies done during the last few decades clearly indicate that frequencies which are beneficial for human applications are mainly between 1 and 100Hz. Electromagnetic pulsing frequencies above 100-200 Hz quickly decrease in their ability to contribute to the beneficial effects of PEMFT on cells and bones.

 

For this reason, PEMF 4000 Products use a range of frequencies between1 and 200 pulses a minute. This frequency range is fully variable and programmable.

 

Intensity

 

The intensity of pulsing electromagnetic fields, generated by PEMF 4000 products, is one of the most fundamental specifications in order to obtain successful results.

 

PEMF therapy is as effective relative to the field strength of the pulsing electromagnetic signal and must be powerful enough to penetrate deep enough inside the cells and bones to cause the desired effect. Thus the applied electromagnetic energy levels must be sufficiently high, or else only a lower healing effect will occur.

 

Why do our competitors talk about the intensity of the earth magnetic field?

 

Claiming that weak natural electromagnetic fields work better than stronger fields is somewhat misleading.

 

Competitors making this claim clearly have no clue about the differences between a continuous magnetic field and a pulsed electromagnetic field, the words ‘magnetic field’ being the only thing they have in common!

 

PEMF devices which are only able to generate low intensity fields (in the micro Tesla range or under 1 Gauss) require ultra-sensitive electronic magnetic field detectors in order to show that some magnetic field is actually present. Such magnetic field strengths are very effective indeed, but in no way as effective as devices having intensity outputs of between 10-100 Gauss. Intensities under 1 Gauss are typically associated with lower cost battery operated devices in comparison to the PEMF 4000 products which are of the highest quality build.

 

Most scientific clinical studies clearly show that in order to obtain clinical relevant results the minimum pulsing field strength must be at least 3-5 milli Tesla (30 to 50 Gauss).

 

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