Stem
Cell hair transplant, also known as the Direct Automated FUE, is the latest
development in the Follicular Unit Extraction method. It is the most efficient
and the most effective form of the surgical hair transplant till date.
The procedure involves the use of a specially designed automated tool for the extraction of hair follicles, Best FUE Hair Transplant in Pakistan which works just like manual punch machine used for traditional FUE, but at a faster speed. The hair follicles thus extracted are transplanted on the areas of need just like the traditional FUT and FUE hair transplant methods.
The procedure involves the use of a specially designed automated tool for the extraction of hair follicles, Best FUE Hair Transplant in Pakistan which works just like manual punch machine used for traditional FUE, but at a faster speed. The hair follicles thus extracted are transplanted on the areas of need just like the traditional FUT and FUE hair transplant methods.
Stem Cell FUE hair transplant is a procedure for those
who are seeking the fastest hair transplant technique, which involves minimum
downtime and recovery time. Pre-requisites for stem cell FUE hair transplant
are as under:
Donor hair supply: Since the basic purpose of stem cell
FUE is transplanting a maximum number of hair grafts in minimal time, it is
important that you have sufficient donor hair supply.
Body hair transplant: Even if you don’t have enough
hair on your head, stem cell FUE allows harvesting donor grafts from body,
especially from the chest areaTight scalp: If you have tight scalp, FUT may not be
possible. In this case, you will have to choose between traditional FUE and
Stem Cell FUE.Your age: Doctors do not recommend a hair transplant
surgery for individuals aging 25 years or less.
Hair loss must not be progressing: as with any other
hair transplant technique, to be a candidate for Stem Cell FUE, your hair loss
must not be progressing.To help you regain a lush head of hair
To transplant maximum number of grafts (up to 4000 grafts) Give best results with minimal downtime and recovery period