TRAVELER (TR26) compensates for the potential effects of Wi-Fi, WiMAX, Bluetooth, DECT wired telephones, relay antennas, satellite communications, low to very high voltage electrical networks, geo-biological disturbances, microwave ovens, low consumption light bulbs, smart meters, CPL (Carrying Currents Online), transport (car, plane and train) Caution: TR26 – TRAVELER multifunction protectors cover all the sources of electromagnetic pollution mentioned above.

PRODUCT SPECIFICATIONS:
TR26 – TRAVELER “weighs 34 grams for a diameter of 45 mm, and a 9 mm thickness.

COMPOSITION : CMOs are passive magnetic oscillators, operating without energy input: they activate in the presence of artificial electromagnetic fields.
The aluminum shell is made of 100% aluminum.
Chemical composition of the active solutions: micro-crystalline specific saline solution treated electromagnetically.

INSTRUCTIONS FOR USE:
TRAVELER (TR26) is a protection to wear close to your body; In your pocket, wallet, or, to your choice hung on a necklace, pendant. A snap hook-ring accessory is provided: you can wear it as a collar, a belt buckle, a key ring, or attach it to your convenience thanks to the hole left for this purpose.

PROTECTIVE COVERAGE AREA:
The TRAVELER (TR26) has been designed to provide an effective compensation for the potential effects of your immediate surroundings *. The “protection bubble thus generated has a diameter of about 3 meters (10 feet). Note: the influence of the CMO on its environment is given as an indication, but it can not in any case be a precise measure: here, it is the limit of effectiveness of the corrective effect which is estimated by the RAC method (auricular-cardiac reflex).

* Note: the influence of the CMO on its environment is given as an indication, but it cannot in any case be a precise measure: here, it is the limit of effectiveness of the corrective effect which is estimated by the RAC method (auricular-cardiac reflex).

For more information (external study): A New Method in Auricular Medicine for the Investigation of the Nogier Reflex