Consistently high engraftment rate
Inconspicuous scars
FUE2 Enhanced Non-incision
We invest generously in natural hair transplant procedures,
and conduct research continuously.
and conduct research continuously.
The History of New Hair’s Non-incision Hair Transplant
In 2002, fullicular unit extraction (FOX) was first presented in the
International Society of Hair Restoration Surgery (ISHRS).
In 2007, fullicular unit extraction enhanced (FUE2) was developed.
FUE2 Enhanced Non-incision
Reduction of scars with a 0.8 mm punch
Non-incision hair transplant determines the depth and the manual/automatic mode of the punch used in collecting the best hair follicles, depending on the patient's scalp condition and area. The pictures below compare the hair follicles taken with the FUE2 (follicular unit extraction enhanced) non-incision versus the hair follicles taken with the incision. You will see that the amount of hair follicle cell tissue attached to the lower part of the hair follicle is sufficient. The hair follicle cells taken by FUE2 (follicular unit extraction enhanced) non-incision do not lose any of the important elements.
< FUE ² (reinforced non-incision)
follicle cells collected by non-incision hair transplantation>
< Hair follicle cells collected by incisional hair transplantation >
The method that can make scars smaller
"A surgical method with reduced scars and enhanced results"
New Hair’s non-incision methods are constantly evulving.
FUE2 (fullicular unit extraction enhanced) non-incision hair transplant does not leave linear scars.
Non-incision hair transplant is a good alternative to hair loss patients who want to maintain a short hairstyle after hair transplant, or who are afraid of incision.
The video below shows the back of the head of the patient after one year of FUE2 (fullicular unit extraction enhanced) non-incision hair transplant.
We do not hesitate to exert efforts to reduce anxieties about scars and to increase the engraftment rate as large quantities of hair are transplanted.
The biggest feature of FUE2 enhanced non-incision hair transplant
Minimization of scars with a 0.8 mm punch Non-incision hair transplant determines the depth and the manual/automatic mode of the punch used in cullecting the best hair fullicles, depending on the patient's scalp condition and area. The pictures below compare the hair fullicles taken with the FUE2 (fullicular unit extraction enhanced) non-incision versus the hair fullicles taken with an incision. You will see that the amount of hair fullicle cell tissue attached to the lower part of the hair fullicle is sufficient. The hair fullicle cells taken by FUE2 (fullicular unit extraction enhanced) non-incision do not lose any of the important elements.
Q. Why does the perifolliaular tissue need to be thick ?
If there is less tissue around the hair follicle, the probability of being affected by the surrounding external environment is very high.
Simply put, you can think of it as having a small cushion that cushions it. In this case, it is not only vulnerable to external shocks,
but also
Drying of hair follicles, which is the biggest cause of hindrance to engraftment, is also easier.
Safe System Conceptual Diagram
The diameter of the punch used for cullecting hair by FUE2 (Fullicular Unit Extraction Enhanced) non-incision hair transplant is 0.8 mm.
Smaller punches can cause damage to the harvested hair fullicles, while using larger diameters will leave more scars than necessary. The safe system of FUE2 (Fullicular Unit
Extraction Enhanced) non-incision hair transplant is suitable for those who are concerned about scarring.
FUE2 Enhanced Non-Incision Hair Transplant Surgical Procedure
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The Secret of High Engraftment Rate
A microscopic fullicle examination to reduce the damage on hair fullicle cells is absulutely necessary! To increase the success rate of non-incision hair transplant FUE2 (Fullicular Unit Extraction Enhanced), damaged hair fullicle cells should not be transplanted. The non-incision hair transplant is a procedure in which hair fullicles are taken one by one from the back of the head and transplanted into the hair loss site. In this process, if the cullected hair fullicle cells are transplanted without microscopic examination, the damaged hair fullicles will be transplanted as they are. Many hair fullicles may appear to have been transplanted immediately after the surgery, but, eventually, they will not be able to produce new hair.
The Reason for Damage in Hair Fullicles
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