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Scholl Velvet Nail Care System
NZ$29.95
Approx USD$17.89
Health Monitor
Watch
Two left
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Acu
Zapper
Balance within the body depends on the interplay between
two forms of energy, called yin and yang. When these
forces are in harmony, the body is healthy. When either
force becomes dominant, dis-ease or pain occurs. Acupuncture
restores the balance between yin and yang by tapping
into the body's channels, or meridians, through which
these energy forms flow.
Features:
100% brand new and high quality
Fast stimulate nervous system and help pain
Have no known side effect
Work with no battery and external power supply
Press for up to 100,000 times
Automatically stop after being used
Compact and lightweight, convenient to carry
Easy and safe to operate
assorted colors white or blue random
A good gift for your parents and friends
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Scholl
Velvet Nail Care System
Electric Nail File Scholls Salon shaper
Electric Nail File Pen
Condition: 100% Brand New
Material: ABS, Blasting Grinding
Effect: Nail polishing
Power Requires: 1*AA battery 1.5V (not included)
Product Length: 17cm/6.7''
Width in the widest part: 3cm/1.2''
Heads length: 4cm/1.6''
Color: Blue and white
Package include: 1 pc electric nail care device + 1 pc device cap
+ 3 pc sanding heads (Battery is not included) .
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Zero Point Energy Wand
"Zero-point energy, also called quantum vacuum zero-point
energy, is the lowest possible energy that a quantum mechanical
physical system may have; it is the energy of its ground
state. All quantum mechanical systems undergo fluctuations
even in their ground state and have an associated zero-point
energy, a consequence of their wave-like nature. To understand
this zero-point field (for short), consider an old-fashioned
grandfather clock with its pendulum swinging back and forth.
If you don't wind the clock , friction will sooner or later
bring the pendulum to a halt. Now imagine a pendulum that
gets smaller and smaller, so small that it ultimately becomes
atomic in size and subject to the laws of quantum physics.
There is a rule in quantum physics called the Heisenberg
uncertainty principle that states (with certainty, as it
happens) that no quantum object, such as a microscopic pendulum,
can ever be brought completely to rest. Any microscopic object
will always possess a residual random jiggle thanks to quantum
fluctuations. "Science & Spirit Magazine
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