High voltage and low current:
The MWO converts 220 volts into 10,000 volts and increases this power to 120,000 volts using a Tesla coil and a spark gap.
The current remains very low (0.1 mA), making it safe for biological systems.
Wide frequency spectrum:
The device generates a broad spectrum of frequencies, which is crucial for creating a powerful energy field that is beneficial to biological cell structures.
Optimized structure:
The Tesla coil is integrated into the MWO driver, making the device more compact and handy.
Works with standard current thanks to high-quality, stable transformers.
The housing is heat-resistant, non-reactive to high voltage, durable and lightweight, reducing the overall weight by 3.5 kg.
Production and quality:
Manufactured in our own workshop by a permanent team of electrical engineering specialists, ensuring consistent quality and reliability.
Comprehensive user training to ensure optimal results.
How does the Multiwave Oscillator work?
The MWO converts electricity from the power grid into high voltage, which is amplified by a Tesla coil and a spark gap. This process, accompanied by a characteristic rattling noise, generates a broad frequency spectrum. These are emitted via specially tuned Lakhovsky antennas, resulting in a powerful energy field. This field can be observed by holding a fluorescent tube between the antennas, which then spontaneously lights up.
