RADI SAFE CHIP CELL/LAPTOP

BODYWELL EARTHING CHIP

The Bodywell Chip measures 28mm x 28mm and is 0.3mm thick. 
It weighs less than 1gram.

How it works

https://youtu.be/XlKrMfykvUc

Bodywell Chip for Tablets or phones

Talk safely on any phone & work & play safely on any device with Bodywell - the natural answer to devices emitting radiation.

Bodywell Chip

The Bodywell Chip is scientifically proven to reduce mobile phone radiation without interfering with your mobile phone reception or functionality. The Bodywell Chip fits directly on any mobile phone/iPad or tablet of any size. It's only 0.3mm thick, so will fit under most protective phone cases. It's easy peel-and-place application.

How does the Bodywell Chip work?

The Bodywell Chip is a blend of natural materials and minerals, that create a field that counters cellphone SAR (specific absorption rate) radiation without affecting cell service.The chip is programed to generate counter-propagating waves cancelling out (EM) waves in what’s called: “destructive interference”. This is similar to the effect of noise-canceling headphones, which greatly reduce noise with a form of counter-noise, rendering the disruptive sound neutral. The Bodywell Chip can be placed anywhere on the back of your phone, iPad or tablet .

The Bodywell Chip is made by EZ Technologies AG, a Swiss-owned technology firm. The Chip is manufactured in Austria and tested in FCC-certified labs in the United States. Independent studies have shown that the Bodywell Chip reduces SAR by up to 80.3% and is 100% natural and safe.

We report the effect of thermal energy produced by cell phone on human skin and the heat reduction from a homogeneous aluminum card (Bodywell Card, BWC) which has previously shown a significant specific absorption rate (SAR) reduction. Two (2) healthy volunteers using mobile phones at the GSM frequency of 1,900 MHz participated in this study; a non-invasive thermal imaging method is used to measure skin temperature changes. Thermography is used to evaluate temperature changes of the right ear pinna and surrounding tissue of the head exposed to a mobile phone, and to the dorsal of the left hand holding a mobile phone. The subjects under test (SUT) were exposed to mobile phone communication for 45 minutes (head) and 20 minutes (hand). Measurements made with the mobile phone in communication mode show significant temperature increase of human skin and directly underlying tissue and confirm previously reported results. By adding the BWC to the back of the phone, a significant reduction in heating in both the head and hand was shown.