Description:

Micro-FUE (Follicular Unit Extraction) is an advanced hair transplant technique based on the standard FUE method but performed with smaller, more precise instruments. Micro-FUE uses tiny hollow needles or micropunches with a diameter of less than 0.8 mm to extract individual hair follicles from the donor area. This technique allows for minimal tissue damage and faster healing, as the smaller incisions reduce the risk of scarring and postoperative discomfort. Micro-FUE is particularly suitable for patients who desire a natural-looking hair growth direction and high hair density.

Indications:

  • Androgenetic alopecia (genetic hair loss)
  • Diffuse hair loss
  • Hair loss due to scars or injuries
  • Densification of thinning hair
  • Patients who prefer a minimally invasive hair transplant with minimal scarring

Procedure:

  1. Preparation: The patient’s scalp is cleaned and locally anesthetized to make the procedure pain-free. The area for hair transplantation is carefully marked, and the donor and recipient areas are prepared.
  2. Extraction: Individual hair follicles are extracted from the donor area (usually the back of the head) using micropunches. These micropunches have a very small diameter, allowing the follicles to be extracted with minimal tissue damage.
  3. Creation of Channels: Tiny channels are created in the recipient area of the scalp, where the hair follicles will be implanted. These channels are positioned and aligned to mimic the natural growth direction of the hair, achieving an aesthetically pleasing result.
  4. Implantation: The extracted hair follicles are carefully implanted into the prepared channels, paying attention to the natural hair growth direction. This ensures a harmonious and natural-looking outcome.
  5. Aftercare: After the procedure, the patient receives instructions on caring for the scalp and new hair follicles. Regular follow-up visits with the doctor are necessary to monitor the healing process and avoid potential complications.

Benefits:

  • Use of micropunches for more precise and smaller incisions
  • Minimal tissue damage and faster healing
  • Lower risk of scarring
  • More natural appearance and higher hair density
  • Minimally invasive method with less postoperative discomfort