FUE Method
For completely bald patients or those experiencing very advanced hair loss in specific areas, the FUE Sapphire Method can be an ideal solution. This technique is particularly effective for treating crown thinning and cases that require extensive coverage.
The extraction phase is performed using the Follicular Unit Extraction technique, where grafts are harvested individually, either manually or with the assistance of advanced automated tools. This precise method ensures minimal trauma to the donor area while preserving the natural integrity of each follicular unit.
Throughout the procedure, grafts are carefully preserved using advanced ICE Technology, which is a specialized graft preservation system used during the procedure. This technology is designed to store and maintain the harvested grafts in an optimal environment, helping to preserve their vitality, hydration, and survival rate until implantation.
During the implantation phase, micro-incisions are created using an Sapphire Blade, known for its exceptional precision and smooth surface. This allows for accurate channel opening with minimal tissue damage, contributing to faster healing and virtually no visible scarring to the naked eye. The grafts are then carefully implanted into these micro-incisions, ensuring natural density and direction.
The micro-incision part of the surgery is one of the most important stages of this type of hair restoration, and it demands significant skill, expertise, and experience.
The angle at which the micro-incisions are done and the density planned could determine the success of the entire hair restoration. The micro-incisions can take up to 2 hours to plan and execute. Every single incision done by the medical team is counted and noted for our internal files. The extraction phase is also important as it will determine the quality of the donor area going forward. The scalpel used to open the channels is made of sapphire and is sharper than those made of steel or titanium, which are used in inferior methods. In particular, these are some of the characteristics of the blades:
a) Extraction phase: This phase is performed with hollow sapphire needles, with a diameter adapted to the patient’s need. Extraction can be done either manually or with extraction tools, depending on the situation.
b) Micro-channel opening phase: The sapphire needles are available in different sizes. The team can choose the most suitable size for opening the related micro-incision, depending on the patient’s hair structure. The orientation of the incisions is done respecting the natural direction of hair growth.
The use of this innovation allows us to achieve an even higher level of quality compared to traditional hair transplant techniques.
Advantages of hair transplants with Sapphire Blade:
The advantages of the FUE technique with a sapphire blade, compared to the traditional one, are manifold:
1. Reduced bleeding: The sharp blades allow obtaining a V-shaped opening of the micro-channels, instead of the classic U-opening. This way of opening micro-channels allows them to be smaller, and therefore causes less bleeding.
2. Greater graft density: Smaller V-channels allow you to concentrate multiple grafts on the same surface. With the traditional implantation technique, it is possible to implant 40-60 units, while with the method of grafting hair with a sapphire scalpel, the possibilities increase up to 80-120 units per square centimeter if required.
3. Greater control of the follicular unit’s direction thanks to the greater precision of the sapphire scalpel. The result is a more natural look.
4. Shorter healing period: The recovery time after the hair transplant is reduced; the risk of skin problems is minimized, and the scalp surface remains smooth. With this method, the recovery period after a hair transplant is short and with fewer complications. It is important to always follow the steps for post-op care recommended by our experts.
- Technique selection based on anatomy
- Minimal tissue trauma
- Natural growth angle planning
- Controlled implantation process
- Safe recovery and monitoring