FUE (Foaming Unit Extraction) Technology And Micro-Package

Fue technology is also known as no scalpel transplant, no scar or no surgery. This is a painless technique, during which each graft is individually extracted and great mastered in the affected head ministry area. It guarantees a complete hair transplant and requires severe hair loss cases from 5 to 6 stages. 

This technique is recommended when the donor area is not flexible. 

It is also recommended for people who wish to receive small-meetings. 

This is a completely painless procedure that requires local anesthesia. 

Patients enjoy natural results and shortened healing time. 

This is the ideal technique for those who shave their heads. 

Throughout the process, the plastic surgeon wears special microscopic glasses, which helps him to maximize the precision of the hair follicle to provide a perfect and natural result.

FUE Transplant Cost In Lahore Pakistan technology is time consuming and requires longer sessions for up to 8 hours. Up to 500 hair follicles (approximately 1500 hairs) can be placed during each session. 

In order to apply fue technology, the patient's head must be shaved. This will help the surgeon remove the follicles one by one and place them one by one. We choose and isolate the hair follicles, we have to transfer. Each follicle is one from the donor area, measuring 0.7 to 0.8 mm in diameter using a very fine circular scalpel. 

The process is repeated follicles by follicles until the end of the session. It should be emphasized that we only process a certain number of follicles at each step to avoid damage to the follicles, which are still outside the patient's body. 

The extracted graft is separated from the smaller graft by a microscope and a special surgical instrument. Each graft extracted with fue technology contains 1-4 hairs. The number of transplanted hairs is always greater than the number of follicles placed. Please note that as much as 40% of follicle loss is lost with fue technology. This is due to the pressure during hair follicle extraction.