|

Precision Medical Electrolysis/Electrophoresis Power System capable of 2,500
to 5,000μa of total output power at 60-70 cycles (Hz), automatic overload
protection, in-line 5000μa in line fast acting fuse, 105 to 118 Volts.
Electrical Pressure, Output Range: 300K to 18,000KµV (10V-6). Adjustable
Intensity, Output Range: 0.01-5,000mA (0-100ω)(10A-3).
Recommended Manufacturer:
Aavexx
Precision Power Systems, UK
Additional Recommendations:
Multiple output system is preferred for greater versatility.
When
choosing your
Transdermal electrolysis setup, it will be necessary to avoid
using low pressure driver devices (below 10,000KµV). The human body has a
constant “ohms” factor present, meaning it is highly resistant to the
conductivity of electrical current. Low impulse systems (Transdermal
“home devices”) simply do not produce enough
electrical pressure to
drive adequate
Watts for effective treatment. Home use systems by
IGIÁ Forever Gone Plus, IGIÁ Touch 'N' Go and E-Pen from
AsonTV use very low power systems (1,000 to
9000KµV) and should be avoided.
Another
major area for consideration involves the cycles per second, also called
Hertz, of the driver module. The frequency modulation of the galvanic
current determines actual intensity (independent of voltage, which is
measured in Watts). Should your precision medical electrolysis system
operate under 40 cycles per second, the actual level of electrolysis
occurring in treatment will be substantially reduced (even if your meter is
showing adequate
amperage for treatment). You will need 60
Hz or higher
to kill follicles with Transdermal electrolysis. Low priced
manufacturers Permanex and Vector use low (or no) frequency
modulation and should be avoided.
The few
precision medical power systems available, which are suitable for
Transdermal
electrolysis procedures, should be also capable of performing
Electrophoresis
and DNA sequencing. These are generally high-end systems, but rest assured
that they are designed for specialized applications. Always remember,
professional equipment gives
professional results.
Transdermal Electrolysis Accessory Requirements:
Positive Dermal Contact Electrode and Attachment Assembly.
Treatment Instruments: Swab Applicator,
micro-clips, insulated galvanic tweezers, standard
tab-type resting electrodes and attachment assembly, and low/high
viscosity silver chloride electrolyte gel.
Permanent Removal of Unwanted Hair -
Without the Pain
Instead of inserting a needle, Transdermal
hair removal involves placing a patch to
transmit galvanic current through the skin to the hair follicles. This
current creates a chemical reaction changing the water & salt present in the
hair follicle to sodium hydroxide. As in the case of electrolysis, the
sodium hydroxide destroys the germinative cells, thus achieving permanent
hair removal.
What
Are The Advantages Over Electrolysis?
Permanent hair removal without the pain of a needle.
No swelling, bruising, scabbing or scarring.
Excellent on distorted & ingrown hairs.
Makeup can be worn soon after treatment.
You can treat the entire area each time you use the system.
NO risk of infection.
It treats the hair below the surface as well as above.
Points
to Remember!
As it takes approximately 6 - 12 weeks for a
hair to grow from the papilla to the surface of the skin, and each hair has
its own individual cycle, you can appreciate why electrolysis is required
over a period of time. You may also be unaware that there can be as many as
1000 hair follicles in a square inch but only 10% are above the surface at
any one time.
Excessive hair growth can be attributed to many causes such
as hereditary, stress, hormonal changes or even medications. In the case of
women, puberty, pregnancy and menopause can affect hair growth, for these
reasons, no-one - not even your doctor - can predict the exact length of
time it will take to achieve complete removal of hairs in an area.
|