eyebrow

transplantation

The Sapphire FUE eyebrow transplant method is an advanced technique that uses sapphire blades to precisely implant hair follicles. This method provides a natural look of eyebrows with minimal scarring and quick recovery, and is ideal for people who want to improve the shape or density of their eyebrows.

Eyebrow transplant process

1. Consultation and Planning:

Consultation and planning: During the consultation, the doctor assesses the condition of your eyebrows and makes a plan to distribute the follicles to achieve a natural look.

2. Preparation of the donor region:

Follicles are usually taken from the back of the head. Using sapphire blades, the doctor carefully extracts individual follicles.

3. Preparation of the eyebrow region:

After extracting the follicles, the doctor uses sapphire blades to create precise channels in the eyebrow region, allowing for a natural look.

4. Follicle implantation:

Follicles are implanted at optimal angles to achieve a natural eyebrow look.

Advantages of the Sapphire FUE Method

The FUE method stands out as an extremely effective and reliable method of eyebrow transplantation, offering patients numerous advantages and high-quality results.

Faster healing process: Compared to other eyebrow transplant techniques, the FUE technique allows for a significantly shorter recovery time.

Minimal postoperative discomfort: After the procedure, patients usually do not experience discomfort such as tension or loss of sensation in the transplant area.

Greater number of grafts: the FUE technique enables the collection of a greater number of grafts, providing a wider possibility of achieving the desired results.

The gold standard in eyebrow transplantation: It is considered the gold standard in the field of eyebrow transplantation due to its precision and minimal invasiveness.

Avoidance of scars: Since no surgical incision is made, there is no risk of creating a visible scar.

High success rate: This technique has a high success rate in the permanent growth and quality of transplanted hair follicles.