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Sapphire Hair Transplant


Sapphire blades are not made from blue sapphire stones in nature, contrary to popular perception. Sapphire blades are created from a single synthetic sapphire crystal (Al2O3 = aluminum oxide). This substance is hundreds of times tougher than conventional steel, allowing it to maintain its sharpness for an extended period of time. Sapphire crystals are transformed into flawless blades by using specific machinery to monitor and manage each stage of manufacture.


Individuals' rising aesthetic concerns drive aesthetic procedures to expand in number dramatically in today's environment, where social media plays a big role. The most often used cosmetic surgery for men is sapphire hair transplantation, which is the most common form of FUE hair transplantation technique.


To begin, hair for transplantation is taken from the donor area of the subject utilizing a micro FUE process including a micromotor and micro punches.


By allowing a larger number of grafts (a follicular unit) to be removed from the donor region in a shorter amount of time, micromotors enable sapphire hair transplantation results to be denser and more natural.

"Micro FUE hair transplantation" refers to FUE hair transplant surgeries conducted using micromotors. A manual punch may be employed to remove grafts in some people every now and then.


Doctors utilize sapphire blades to open the channels at the proper angle, direction, and frequency once the extraction process is completed. One of the most crucial steps of sapphire hair transplantation is this procedure.


Following that, the third and last part of the procedure — the implantation procedure – starts. Our doctors use sapphire blades to insert hair follicles from the donor region into tiny incisions produced by our surgeons. The sapphire hair transplanting procedure is conducted in this manner.

The healing process is sped up thanks to this approach, which reduces tissue damage in the hair follicles during the transplanting period. In addition, oedema (swelling), tissue damage, and uneven wound corners are all present at a low level.


One of the most significant benefits of sapphire hair transplanting is the uniformity of the incision depth and width. This avoids deep or shallow incisions (channels), which lower the success rate of hair transplantation.