How Do Pranan Devices Work

The Pranan devices act directly on the body to offset and balance the alterations caused by electromagnetic pollution in biochemical, bioelectrical, and energy terms. In other words, protection is derived from protecting the body, not from the device acting on electromagnetic radiation.

What Pranan devices do for the body:

Pranan devices are great at protecting us from electromagnetic radiation. They’ve been tested with mobile phones and in situations where we’re exposed to things like 5G, Wi-Fi, and cell towers.

How do they work:

Pranan devices tackle something called “cellular noise.” Imagine it as an external disturbance that messes with our cells’ communication. Pranan devices send tiny signals to our cells. These signals help to harmonize any problems caused by electromagnetic radiation—think of it like a cell “re-tuning” or hitting a “reset” button.

They act directly on the body to offset, harmonize, and balance the alteration caused by electromagnetic pollution—in biochemical, bioelectrical, and energy terms. The protection comes from supporting the body, not from acting on the electromagnetic radiation itself.

Clear Signals and Nanodiamonds:

To work well, Pranan devices need to emit clear signals without interference. It’s like tuning a radio to get clear music.

They use materials like carbon-based matter and nanodiamonds. These materials help make the emitted signal clearer and allow it to cover more ground.

Radiation Protection:

Pranan devices balance out the effects of radiation at different levels: biochemical (free radicals), bioelectric (brain frequencies), and energetic (our energy absorption). They’re effective against non-ionizing radiation (like radio waves) but not against ionizing radiation (like X-rays).

Individual Differences and Quantum Properties:

Everyone reacts differently to radiation. You may or may not “feel” any changes; however, the device is still protecting cell energy and functioning.

How do Pranan devices compare to other protective technologies?

The EMF radiation situation has given rise to countless devices on the market claiming to protect against electromagnetic pollution. These are often backed by powerful marketing campaigns, videos, testimonials, and studies that support their effectiveness.

The first thing to note is that electromagnetic shielding devices cannot shield, block, neutralize, or absorb radiation—except for shielding systems that protect spaces like Faraday chambers. It is possible to block certain frequencies with electrical devices, but this would also disable the functioning of the appliances being “blocked.”

Pranan devices have been scientifically manufactured to effectively protect against electromagnetic pollution, including 5G, Wi-Fi waves, radars, and phone antennas. Here’s how they stand out:

Graphene Technology:

Pranan devices use graphene and nanodiamonds—extraordinary materials known for their resistance to radiation and excellent thermal and electrical conductivity. The graphene and nanodiamond layers create ultra-weak electromagnetic pulses that help to balance and harmonize the body at a cellular and bioelectric level.

Effective 5G Protection:

Pranan devices are highly effective against 5G, with a range up to 300 GHz. They don’t absorb or block radiation directly. Instead, they help the body handle EMF radiation better by harmonizing cell function and energy.

Durability and Maintenance:

These durable devices require no maintenance. They can be placed on your body or in your home or office for protection within their range.

Remember, individual reactions to radiation may vary; however, Pranan's patented technology offers reliable protection.

Research & References:

The use of scalar energy has been proven by the efficacy of Pranan devices, validated by clinical trials in universities and research centers across Europe and published in scientific journals.

Pranan Device Clinic Trials:
https://www.pranan.com/en/clinical-trials/

Pranan Patents & Certificates:
https://www.pranan.com/en/certificates-patent/