It is simply not possible to keep up with everyday cell damage.
NanoVi™ helps, non-invasively and without chemicals.
NanoVi™ helps repair everyday cell damage caused by what you eat, what you breathe, what you are exposed to, and oxidative stress.
Do you want to strengthen your immune system, increase your vitality, and slow the aging process?
Eng3’s patented NanoVi™ technology produces the same biological signal your body makes to repair cell damage brought on by free radicals (also known as reactive oxygen species or ROS).
The signal from the NanoVi™ device supplements the ones your body makes naturally.
The problem is, if you don’t make enough of the signal necessary to repair all the damage caused by free radicals,
Who needs to worry about free radicals and oxidative stress?
Everyone – there’s no avoiding it. Free radicals damage your cells each day. Damaged cells lead to aging and poor health.
So if you want to strengthen your immune system, increase your vitality, and slow the aging process, you’ll want to understand how excess free radicals and oxidative stress can harm your body.
Every cell needs to convert oxygen and glucose into energy. This ongoing process called cell metabolism is essential for all cells. Metabolism produces two kinds of highly reactive oxygen radicals known as ROS. For simplicity, you can think of one ROS as bad and the other, good.
“Bad ROS” are free radicals that damage your cells, whereas “good ROS” emit the signal that initiates cell repair.
Unfortunately, the damage always outpaces the repair. Antioxidants help prevent damage by neutralizing ROS but they can do nothing to repair cells.
This is where NanoVi™ can help. By producing precisely the same signal as the “good ROS”, NanoVi™ augments your body’s natural repair mechanisms.
Who uses NanoVi™ devices?
Overall, the NanoVi™ device is for anyone who recognizes the importance of cell repair for better mental and physical performance, regained vitality, and healthy aging. More specifically, Eng3 customers generally fall within three major segments.