emGuarde
EmGuarde is a state-of-the-art electromagnetic noise radiation harmoniser designed to protect you and your family from harmful high-frequency electromagnetic disturbances up to 1 GHz.
This product requires paperwork to be completed. Please contact us to arrange this and/or to enquire about the price and shipping in your local currency.
EmGuarde is a state-of-the-art electromagnetic noise radiation harmoniser designed to protect you and your family from harmful high-frequency electromagnetic disturbances up to 1 GHz.
This product requires paperwork to be completed. Please contact us to arrange this and/or to enquire about the price and shipping in your local currency.
EmGuarde is a state-of-the-art electromagnetic noise radiation harmoniser designed to protect you and your family from harmful high-frequency electromagnetic disturbances up to 1 GHz.
This product requires paperwork to be completed. Please contact us to arrange this and/or to enquire about the price and shipping in your local currency.
Product Features:
Patented Technology
Harmonising High Frequencies Electromagnetic Noise Radiation up to 1GHz
Coverage range up to 4 meters radius / 8 meters diameter
USB Type C power Supply
Product Specifications:
Model: EM001
Voltage: DC - 5V (single output voltage)
Input: 2A - 6A (single USB port)
Coverage: 4M Radius / 8M Diameter
Power: 0.5 W
Net Weight: 430 g
How emGuarde Works?
emGuarde utilises harmonic frequencies to effective suppress targeted electromagnetic noise radiation between 3MHz to 1000MHz within a 4-meter radius. This harmonising method achieves balanced atmosphere while preserving the natural ambient frequencies.
The multiple layering of harmonic frequencies is strategically programmed to target specific frequencies at 36MHz, 72MHz, 108MHz, 144MHz, 180MHz and more.
This patented techonology achies a balanced atmosphere and a harmonious environment by suppressing targeted electromagnetic noise radiation disturbances, at the same time can effectively suppress the negative effects of electromagnetic radiation affecting the microcirculation blood flow.