Thursday, February 21, 2013

Laser Vs Electrolysis Treatment - Which Method is For You?

There is a large disparity between the methods used for these two techniques. Electrolysis is an invasive technique in which a needle breaks through the skin into the hair follicle. Conversely the reduction of hair with laser procedure is a non-invasive technique requiring no needle to be stuck in the body. The only thing penetrating the skin is the laser light energy. In electrolysis, the current flowing through the needle can initiate an uncomfortable electric stimulus but reduction of hair with laser cannot initiate such hazards.

Laser Hair Removal vs Electrolysis Prices

The cost structure offered by laser or electrolysis hair removal clinics is a multi-factored characteristic of both procedures depending upon:

Area to be treated Number of sessions Session period Price of each session

The price of each session may be less for Laser Hair Removal vs Electrolysis but electrolysis is a relatively lengthy process with longer session periods and more sessions. This adds to the overall cost of the area under treatment and therefore ends up costing you much more compared to reduction of hair with laser. In the long run the Laser Hair Reduction is the less expensive option in the terms of effectiveness per dollar having lower overall costs and often a more pliant price structure.

Side Effects

After receiving electrolysis one has to take care of the skin in a certain way. Studies have shown that long lasting skin damage can ensue if specific preventative treatment is not given to the skin. The other issue of being an invasive technique is the skin infections. With %keyword5% side effects are extremely rare, and much less after treatment care is needed. Scarring, darkening of skin or redness are transient effects which very quickly return to normal.

How Many Sessions Will I Need?

The time needed to complete the process of hair reduction in electrolysis is much greater, in order to attain satisfactory end results, as we've already seen. The major hurdle is in fact the large number of sessions needed to have complete treatment. As an electrolysis expert says "Electrolysis requires a series of sessions over a period of time. It's not just a one-, two- or three-time thing." Laser hair removal needs approximately 3 to 4 sessions for the complete treatment. So electrolysis is a relatively lengthy and tedious process.

How Effective is it?

One major area of contrast is the question of efficacy. Electrolysis being an ancient technique has had much time to be studied in terms of efficacy. Electrolysis, despite 120 years of history, cannot guarantee permanent hair freedom. Laser hair removal conversely has demonstrated at least 30-40% permanent hair freedom of hairs after completion of treatment. Another strong point of reduction of hair with laser is that it can be used efficiently for the treatment of large areas such as the chest, back and legs.

Are the Procedures Painful?

As reduction of hair with laser is a non-invasive technique, there is no directly painful stimulus. Electrolysis being a skin penetrating technique initiates a sore stimulus with each hair that is removed due to the presence of nerve endings in the skin. Laser hair removal can be sore either for people with very sensitive skin or if you are unlucky enough to get a poorly trained practitioner. However, any soreness can be effectively eliminated with reduction of hair with laser pain management. With electrolysis conversely, discomfort is an unfortunate feature of the procedure.

Final Words

As we have seen, the current data shows you an analysis of laserhairremoval-info.com/comparison/vs-electrolysis.htm electrolysis vs laser treatment but more intensive study and research is needed to confirm the efficacy of one procedure over the other. As we have shown, there are many factors that need to be taken into consideration to confirm the superiority of one procedure over the other.








Ingrid Preube
laser hair removal
blog.laserhairremoval-info.com hair removal blog

No comments:

Post a Comment