UHL Scanner is waiting here at our Vera Clinic; come and experience the new hair transplant technique! Here is one more reason to visit our clinic.Since 2013, we, as Vera Clinic, have been counted, with pride, among pioneers in Turkey’s medical tourism industry, distinguishing ourselves with noteworthy achievements in hair transplantation. We continue to embrace Kaizen principles; even if our technology works well, we strive to improve ourselves. Hence, we believe in the continuous improvement & good change of our services/treatments. As trustable engineers of your beauty, we keep up to date with the latest global trends. Today, we introduce to you, with humble pride, the brand new hair transplant technique. Welcome, UHL Scanner! Do not be afraid of the bizarre medical terminology. Instead, please continue reading to learn more about the world’s latest Canada-based hair transplant technology we delightfully bring to Turkey at our Vera Clinic in Istanbul. We assure you, here is one more reason to come to our clinic for a bettered hair transplant experience.
What Is UHL Scanner?
We guess you are familiar with ultrasound scanning already. Doctors have long been using diagnostic ultrasound as an imaging method. The technique utilizes sound waves to produce images of structures within your body. Ultrasound scanning supplies valuable diagnostic information for further treatment. The medical world has long been familiar with ultrasound scanning of subcutaneous organs and body tissue. We are introducing to you the latest member of the ultrasound devices family; the UHL Scanner. You can think of it as a traditional ultrasound scanning machine, specially re-edited for a hair transplant procedure that requires a Swiss watchmaker’s precision. The device delivers exceptional superficial imaging. Via UHL Scanner, our surgeon will asses the thickness of your scalp area where the hair graft will be placed. Putting the graft in the most appropriate skin layer is critical. Hence, our new technique guarantees that your hair will survive and blossom as never before. In a nutshell, via the new diagnostic device that measures your scalp thickness which varies from person to person, we will prepare the utmost personalized hair transplant procedure for you. Here at Vera Clinic, we value the diversity of our patients; our brand-new technique promises to carry our vision to the next level.
How Does UHL Scanner Work?
Let’s revisit the procedural steps of a “traditional” hair transplant operation to assess better how the UHL Scanner works. A hair transplant is a surgery that moves your hair to fill an area of your scalp that has none. Since the 1950s, when American doctors introduced the groundbreaking procedure to the medical world, there have been noteworthy progress in the positive outcomes and patient satisfaction rate. Nevertheless, scientific data confirms that the transplant has a 30% loss risk. The loss is because of inappropriate placement of the root of the hair graft below/above the dermis layer, depriving it of the needed nourishment. The new technology we offer at Vera Clinic promises to lessen the risk of loss to as little as 1%. How come? Let’s go step by step to understand how the new technique works. The hair transplant procedure, where we use an ultrasound machine, begins, as usual, in the doctor’s office, where the surgeon cleans the scalp. What distinguishes the novel method is that before injection of medicine to numb the back of the head via follicular unit extraction (FUE), we will measure the thickness of your scalp. Consequently, our team will divide the strip of removed scalp into tiny grafts. After graft preparation, the surgeon will clean and numb the area where your hair will go, creating holes/slits with a scalpel or needle. The doctor will place each graft delicately in one of the holes, considering the measured thickness of your scalp area. But where is that “ultimate” location? Now, it is time for some Biology 101.
Why Shall You Go For Hair Transplant via UHL Scanner?
Have you ever wondered about where your hair follicles get the needed nutrition for sustained growth of your hair? As part of our three-layered largest organ, the skin, the scalp consists of three tissues. Epidermis refers to the touchable & seeable top layer that acts as a protective barrier where new skin cells are being (re)produced to replace the old ones. The bottom layer of the skin, hypodermis, is the fatty layer that cushions muscles and bones. In between the two is found the middle layer of the skin, the dermis, which makes up 90% of skin thickness. The roots of hair follicles are attached to the dermis and extend down to the deeper skin layers. A hair follicle, a sheath of skin & connective tissue, surrounds each hair root. At the base of the hair, the origin widens to a round hair bulb. There, new hair cells are continuously produced and nourished via blood cells. For hair to grow, each hair follicle shall get the needed nourishment. Hair roots, therefore, shall extend to the dermis, the feeding bottle of the hair. Hence, the need to ensure that every follicle reaches the dermis level during a hair transplant. Our brand new hair transplant technique enables our medics to measure your skin thickness to place the graft in the most appropriate skin layer, neither below nor above the dermis. Voila, your new hair will not die but survive to “bloom”!
Why Should You Come to Our Vera Clinic for Your Hair Transplant?
Long story short, we proudly present you with the novel hair transplant technique you can surely count on. Your hair will thank you; it will not die but survive to blossom as never before! Here is one more reason to visit our up-to-date clinic for your subsequent hair transplant. You can contact us anytime and from anywhere for your questions and concerns. We are a CLICK / CALL away from you. Make a FREE CONSULTATION today, do not LOSE TIME, and take the first step toward your NEW LOOK with HEALTHY hair that will stay with you for GOOD!
