Growth GUIDE

A hair transplant is a significant commitment. Before opting for surgery, explore a range of less invasive treatments that might suit your needs.

Treatment Options

How it Works

There are actually many different ways to perform a hair transplant procedure which will all have an impact on the price of the procedure and of course, the likelihood of a successful result. When doing your research, its important to have an understanding of these differences to make sure you are comparing similar services. This can be confusing at the best of times, let alone when the details can be left intentionally vague by some clinics. 

Extraction

Extraction is the first half of the procedure where all the grafts are removed from the safe donor site at the back of your head, ready for implantation in the recipient area. There are two main methods used, FUE and FUT which are outlined below. 

FUT: (Follicular Unit Transplantation), is the original method used for extraction, and is sometimes called the “strip method”. During an FUT procedure, the Doctor will cut a strip of scalp from the patients donor site and suture the wound closed. The excised “strip” will then be dissected to separate the grafts out individually for implantation. FUT has become far less common than the newer FUE method as it is a more invasive method with a longer recovery time and more obvious scarring. 

FUE: (Follicular Unit Extraction), is the more modern approach over the last few decades and involves the harvesting of individual follicular units from the donor site. This method involves using a motorised extraction punch usually diameter less than 1mm to extract each follicular unit, each follicular unit containing typically 1-4 hairs. These are still full thickness grafts containing the hair follicle with associated glands and soft tissue, so it leaves small, usually unnoticeable scarring which does not require suturing. 

FUT FUE
More invasive – scalp incision + sutures Less invasive – small 0.8-1mm incisions requiring no suturing
More scarring – always left with linear scarring Much less scarring – small white dots usually unnoticeable
Longer donor recovery time + more post-procedure discomfort Less donor recovery time, no suture removal
Faster procedure time – usually ~1 hour More time consuming – usually 2-4 hours
Less skill required to avoid transecting grafts More skill required to avoid transecting grafts
Typically larger number of grafts yielded Typically fewer grafts yielded (although this depends on donor quality and physician skill)

Implantation

Implantation is the second half of the procedure, where the extracted grafts are placed into the recipient area. This is usually done by two main methods outlined below:

Slits: (often referred to as Sapphire method, sapphire FUE or confusingly, just “FUE”)  This is the more common method used as it usually involves less input from the Doctor and therefor reduced labour costs. This method involves the doctor cutting slits into the recipient area, then nurses or assistants will go back to place the grafts into these pre-made slits. Although this can save time, especially on the Doctor’s end, this technique usually requires more handling of the grafts, the grafts sit less tightly in the recipient area and does not allow for real time placement of grafts where it counts. 

Direct Hair Implantation (DHI): This technique involves grafts being placed inside the lumen of a small gauge implanter needle (<1mm in diameter) where the Doctor then inserts the needle into the recipient area, releasing the graft at the same time the needle retracts. The graft is then inserted with full connection to the surrounding tissue, giving more surface area for new blood vessels to form and the graft to be successfully adopted. This technique ensures grafts are only handled at the top of the graft (away from the follicle) and are protected inside the needle when they are implanted, protecting them from damage or folding back on themselves. This also allows the doctor to make real-time final placement of the grafts and make any small adjustments as required. 

Slits DHI
More handling of grafts Less handling of grafts
Less contact between graft and recipient area Greater contact between graft and recipient area
Less precise graft positioning More precise, real time positioning of grafts
Greater chance of noticeable scarring Reduced chance of noticeable scarring
Usually faster process Usually more time consuming process