Creating a natural undetectable hairline is the most noticeable and important part of a good hair restoration surgery. It’s either a dead giveaway to bad hair transplant or a work of art that sells the restoration as a beautiful, natural thick head of hair. As such, it remains crucial to ensure suitable skill & experience is employed, together with selection of the most suited method per each patient profile. Finally, the housing of the graphs before re-implanting them is a step often overlooked due to its cost and time implications.

We incorporate Bio Ultrasonic Ozon therapy. Bio Ultrasonic Ozon therapy is the application of an active oxygen molecule containing ozone together with a formulation of essential vitamins such as Biotin-E-B1-B2-B3-B5-B6-B7-B12 which are vital for hair grafts at their early stages of settling in the scalp through evaporation process with the help of an Ultrasonic device to the hair grafts extracted from the donor area.

The Maximus FUE technique is an advanced, virtually pain-free hair transplant method inspired by the Vitruvian Man. It emphasizes maximum graft survival, high regrowth and density, and minimal transgression rates, combining Swiss medical technology with American standards.

In natural hair growth, follicular units align horizontally or perpendicularly to the hair’s direction. This arrangement, where follicles lie side by side rather than behind one another, results in thicker hair as the hair behind supports it. This random pattern prevents light from shining through the scalp, as it is blocked by the hair behind it.

The key to successful graft placement is matching the angle of the grafts to the natural hair. This is achieved by creating slits at the correct angle, allowing the graft to follow. Unlike vertical slits, which can vary from 90 to 10 degrees, horizontal or lateral slits ensure that grafts grow at the precise angle of the blade’s insertion. This precise angling results in natural-looking hair growth, with the new hair growing in the same orientation as natural hair.

The Maximus technique involves densely packing the patient’s follicles, leading to faster healing times and unrivalled density. Surface-level scabs fall off within days. Although dense packing requires more time and care, the results are worth the effort. The blades used are narrower, typically 0.7mm for single hair follicular grafts and 0.9mm for multi-hair follicular grafts. These measurements are tested under magnification for exact precision, unlike other offices that use 1.5mm to 2.0mm blades for easier and quicker graft placement.

Choosing to undergo a hair transplant is a long-term decision with lifelong consequences. To ensure optimal results, the donor area is thoroughly analysed, checking the number and characteristics of hairs. The number of donor hairs can vary from 4,000 to 9,000 follicular units, influencing the post-treatment appearance in terms of colour, curliness, growth direction, and hair diameter. Additionally, the extent of the area affected by hair loss and potential future hair loss must be assessed. Each patient is unique, with varying age, hair loss intensity, hereditary factors, and other considerations. Therefore, a personalized diagnosis and treatment plan is essential. Accurate determination of donor and recipient areas is a crucial part of the consultation, allowing for a precise assessment of the hair transplant’s potential.

Every patient has unique circumstances and expectations regarding a hair transplant. Some patients may simply want to make their hair loss less noticeable, while others may have different goals. Understanding and addressing these individual expectations is a key part of the treatment process.

Hair transplantation operation success rate, the lifetime of the hair grafts in the external environment and hair retention rate all significantly increased thanks to this method. The retention rate is 98%-99% which is a huge increase compared to the regular FUE method where the retention rate is around 80%-85%