Friday, May 20, 2016

Sure Hair International Offers New R-FUE Hair Restoration Treatment


Sure Hair International now offers Robotic Follicular Unit Extraction (R-FUE) Treatments, an advanced and automated hair restoration technique. The R-FUE hair transplant surgery is the latest significant breakthrough improving upon the existing Follicular Unit Extraction (FUE) procedure. Sure Hair International was the first in the Greater Toronto Area to introduce the highly innovative Medical Robotics in the form of their own proprietary Uni-Strand set of techniques, while incorporating the ARTAS® robotics technology for extremely precise extraction of single follicular units back in 2013. R-FUE is a huge advancement compared to the manual FUE hair transplant procedures in which a doctor visually selects the follicular units to be extracted and extracts them manually, one by one. Due to the complexity and delicate nature of the procedure, even the smallest deviation with a hand-held instrument can transect or damage the follicular unit.
http://surehair.com/sure-hair-international-offers-new-r-fue-hair-restoration-treatment/

Wednesday, May 18, 2016

Preparing for an FUE Hair Transplant

After finding the ideal clinic for FUE hair transplant, it's time to carry out a couple of preparations. Some people may view a hair transplant procedure as minor, but it helps to get ready all the same. A doctor may give some of these tips for your preparation.

Friday, May 13, 2016

The Dynamics and Rewards of Follicular Unit Hair Restoration Procedure


The most widely used approach to hair restoration today is follicular unit transportation (FUT). The science and techniques of hair restoration have come a long way. It all started with scalp flap surgery, to the punch grafts, and now follicular unit extraction (FUE). This method is about obtaining follicular units. Recently, it was discovered that hair grows in follicular units and not in individual hair strands. In this method of hair restoration in Toronto hair specialist establishments, follicular units that consist between 1 and 4 terminal hair follicles are extracted directly from your donor area. Hair is extracted one by one using a circular punch. Your donor area is involved in supplying hair grafts. This area is located at the back and the sides of your head that are resistant to baldness.
http://surehair.com/the-dynamics-and-rewards-of-follicular-unit-hair-restoration-procedure/

Wednesday, April 27, 2016

Is FUE Hair transplant worth it?

In hair transplantation, FUE or Follicular Unit Extraction is a manually invasive method. Unlike the traditional methods such as strip where strips of skin are removed from the donor site, FUE utilises a special tool to extract multiple groups of about four hairs. This method does not require strip incisions around the grafts. The fact that there is no linear scar experienced after the transplantation, this method is highly sought after.

Tuesday, March 29, 2016

Are You Suitable For A FUE Hair Transplant?


Hair transplants are a popular option for both men and women in Toronto who want to conceal their pattern baldness, but what makes a good candidate for a FUE transplant?

Wednesday, February 10, 2016

The Ease of FUE Hair Transplants



FUE, or follicular unit extraction, is one of the easiest methods of hair transplantation (for the donor) available. FUE is a relatively recent, modern method of hair transplantation that can provide an option beyond more invasive surgical methods of hair transplantation.

FUE works by extracting individual follicles, "combing" the hair of them in a way that provides nearly seamless transplantation of donor hair. This low-level extraction means that FUE does not create incisions or require a scalpel, unlike the similar method known as strip harvesting.

Wednesday, December 16, 2015

Follicular Unit Extraction (FUE)


Follicular unit extraction (FUE) is a method of hair transplantation in which hair follicles are removed in small groups from an area where hair is growing normally and inserted into an area where hair is missing. The advantage of this method is that there is no need for the surgeon to make a large incision to extract hair from the donor area. The surgeon simply uses a small microneedle to make small incisions around the hair follicles.