About Us

PEMF - (ICA) was born out of a desire to make PEMF technology more accurate, adaptable, and simpler for actual application. We combine experience, technology and the possibility of detailed design of electromagnetic signals in one system.

FROM IDEA TO PEMF SYSTEM

PEMF is not just a matter of one frequency. The way in which the signal is shaped depends on a number of parameters — frequency, intensity, pulse shape, duration and how they change.

That's why we wanted a system that gave the user more control. PEMF - (ICA) allows operation in the range of 1-900 Hz, the selection of fixed frequencies or sweep modes, and the adjustment of time and other signal parameters. The goal is not to complicate the technology, but to enable it to be used precisely, transparently and adapted to different application modes.

WHY PEMF - (ICA)?

Because a good system is not just frequency — it's the ability to shape the signal according to the way we want to use it.

WIDE RANGE

1-900 Hz allows a large space for different settings and modes of operation.

PRECISION CONTROL

Fixed and Sweep mode with the possibility of detailed parameter adjustment.

SIMPLE APPLICATION

Advanced features without unnecessarily complicated use.

DEVELOPED FROM EXPERIENCE

The system is designed through practical operation, testing and real user needs.

ENERGIJA KAO ALAT SUVREMENE MEDICINE

Modern medicine is increasingly exploring and applying precisely controlled physical stimuli-sound, light, electric and electromagnetic fields – to influence biological processes. Each of these technologies works by a different mechanism, but they are connected by the same idea: the biological response may not always be triggered by a chemical substance. It can also result from the action of a precisely defined physical signal. PEMF belongs to this broad group of technologies. Its action depends on parameters such as frequency, intensity, pulse shape, exposure time and tissue properties.

The future is not only in a stronger signal-it is in a more precisely shaped signal.

Frequency is one of the parameters by which a physical signal is formed.

Biology responds Not only to substances — but also to properly shaped physical stimuli.

ABOUT US