Hair transplantation is a surgical procedure to add new hair follicles to people suffering from hair loss or baldness. This procedure is generally performed for conditions such as common types of baldness in men (androgenetic alopecia) or hair thinning in women.

The hair transplant procedure is usually done under local anesthesia and can take several hours. There may be a recovery period that takes a few days after the procedure, and the results usually become apparent within a few months.

Hair transplantation offers a permanent solution because the transplanted hair usually does not fall out. However, in some cases more than one session may be required and results may vary from person to person. Before any hair transplant procedure, it is recommended that the person make a detailed assessment about the cause of hair loss and their expectations.

FUE (Follicular Unit Extraction) is a surgical technique used for hair transplantation. In this method, hair follicles (roots) are removed one by one from the donor area and then transplanted to the bald area. FUE is a widely used technique for the treatment of bald areas and has several advantages over other hair transplantation methods.

FUE is considered a minimally invasive method and generally requires less recovery time. Additionally, the risk of leaving scars is lower than other methods. However, each patient is different and personal circumstances and preferences are taken into account when evaluating before the hair transplant procedure. Therefore, the person who will undergo hair transplantation should determine the most appropriate treatment plan in consultation with a hair transplantation specialist.

Sapphire FUE hair transplantation is a technique in which sapphire-tipped special instruments are used instead of microsurgical instruments used in the traditional FUE (Follicular Unit Extraction) hair transplantation method. In this method, hair follicles are removed one by one from the donor area and transplanted to areas with baldness or sparse hair.

Sapphire FUE hair transplantation may have several advantages over the traditional FUE method. However, since each patient is different, a detailed evaluation should be made with a hair transplant specialist, taking into account the person’s health condition, hair structure, degree of hair loss and personal preferences before the hair transplant procedure. As a result of this evaluation, the most suitable hair transplantation method and treatment plan are determined.

DHI (Direct Hair Implantation) is a special technique used for hair transplantation. This method, unlike other traditional hair transplantation methods, is a procedure in which hair follicles are placed directly in the area to be transplanted.

DHI hair transplantation is generally considered a less invasive option with a faster recovery time. Additionally, placing the follicles directly in the area to be transplanted can ensure less damage to the follicles during hair transplantation. However, every patient is different and it is important to consult a specialist for the most suitable hair transplantation method.

Beard transplantation is a surgical procedure performed to correct conditions such as sparseness, gaps or completely missing beard in the facial beard area. This procedure is used to give the person’s beard area a fuller and more aesthetic appearance.

Beard transplantation is usually performed by methods such as Follicular Unit Extraction (FUE) or DHI (Direct Hair Implantation). These techniques involve removing hair follicles one by one and placing them in the area to be transplanted.

Beard transplantation is generally popular among men who want to improve their facial aesthetics, but some women can also undergo beard transplantation. Beard transplantation should be planned by a hair transplantation specialist, taking into account the person’s health condition, hair structure and personal preferences. This procedure generally provides permanent results, and after the healing process, the person achieves a natural and aesthetic beard appearance.