Natural-Looking Hair Transplants
Natural-looking hair transplants
Achieving natural-looking results is paramount in any hair transplant procedure. The key factors in accomplishing this goal are meticulously crafting the hairline and precisely placing the hair grafts.
How can a hair transplant achieve a natural look ?
In the initial phase, the hair surgeon at Talizi Clinic gathers comprehensive information about the patient, including past photographs, preferred hairstyles, hair direction, and combing patterns. This data serves as the foundation for crafting a flawless, natural-looking head of hair.
One of the critical steps in achieving this goal is the precise opening of channels. The density, distribution, angle, and orientation of these channels significantly influence future hair growth and must be calibrated with microscopic precision.
The angle and orientation of the channels must align seamlessly with the natural direction of hair growth. Additionally, minimizing scalp trauma during channel creation is paramount. Talizi Clinic employs advanced tools, such as the implanter pen, to ensure minimal discomfort for patients during this process.
A skilled surgeon at Talizi will customize the hairline for each patient, considering factors like the strategic placement of individual hair follicles at the front hairline and multiple follicles behind them to enhance density, mimicking natural hair growth patterns.
Talizi Hair Transplantaion Clinic utilizes specialized surgical microblades tailored to different hair follicle types and skin conditions. These blades vary in width, thickness, and length to create incisions that result in a natural and dense appearance.
During the consultation, the shape (chisel, arrow) and material (steel, sapphire, ceramic) of the microblades are chosen based on the patient’s unique requirements.
Precise measurements and extensive experience guide the selection of the most suitable incision method (lateral, sagittal, or mixed) and the density of the incisions, considering the length and thickness of the hair follicles.