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Hair transplant technology can determine the outcome of a hair transplant. At present, most hair transplant hospitals use the main technologies of FUT traceless hair transplant technology and FUE traceless hair transplant technology. Fut Hair Transplant is an open surgery in which the scalp is cut from the back of the occipital area and then the hair follicle tissue is extracted for transplantation, so a linear scar is left on the hair removal site.
Although the FUE Hair Transplant is better than the FUT Hair Transplant Technique, due to the large incision of the hair removal device, it will leave a punctate scar on the posterior occipital position. At present, the best technique for hair transplant surgery is Fuesht Seamless Hair Transplant Technology, which can make the effect of hair transplant without flaws and achieve the ideal results expected by hair loss patients.
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The current hair transplant technology can be distinguished according to two standards, and the most common one we are to distinguish according to the way of extracting hair follicles, which is divided into traced hair transplantation and traceless hair transplantation, which most people know, and the traceless hair transplant technology is widely used in China.
We focus on the other one, which can be divided into traditional hair transplantation and microneedle hair transplantation according to the way hair follicles are planted. Traditional hair transplantation is perforated first and then planted, which is divided into two steps, and microneedle hair transplant is directly planted and completed in one step.
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There are two types of hair transplant techniques: traced hair transplantation and traceless hair transplant techniques
A scar hair transplant involves removing a fusiform scalp from the patient's back occipital region with a scalpel and then suturing it. The hair follicles that need to be extracted are separated from the scalp that was removed.
Traceless hair transplantation technology extracts hair follicles separately from the back of the person, and then implants them to the hair loss area according to the direction of hair growth after certain treatment. There is no need to be hospitalized after surgery, and the recovery is fast. The surgery does not require surgery, and the trauma is small and the recovery is fast.
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First, FUT technology.
This is a minimally invasive hair transplant technique that uses a high-powered microscope and a single-knife surgical method to extract hair follicles from the patient's own back occipital region, separate the hair follicles one by one, and transplant them monomerally to the hair loss area, so that the patient can grow natural new hair. This technique can take up to about 3,000 units at a time, and is suitable for severe patients with large-scale hair loss, but there will be a small scar in the postoperative hair removal area, so please choose as appropriate. Weigh the pros and cons and choose the best option rationally.
Second, FUE technology.
This is a non-incisive hair transplant technique that uses a microscopic device to extract individual hair follicles from the patient's back occipital area, and then transplant the hair follicle monomers to the hair loss area according to the direction of hair growth. The FUE technique extracts hair follicles individually in a dispersed manner, with minimal trauma and no traces after surgery, and can take more than 3,000 units at a time. This technique is a boon for patients with mild hair loss and perfect people.
Third, HT technology.
This is the perfect combination of FUT technology and FUE technology. Similar to the FUT technique, healthy hair follicles are removed and then separated individually under a high-powered microscope. And it uses American precision implant needles to implant hair, leaving almost no scars in the implant area.
In addition, with this technique, 90 follicular units per square centimeter of new hair can be transplanted in the implant area.
Fourth, HTS technology collapses.
This is currently the most advanced traceless hair transplant technology in China, and its hair removal technique is similar to FUE technology, which is also to extract hair follicles, and use higher-end American precision implant needles when planting, so there will be no scars left in the hair removal area and implant area. HTS technology truly achieves a traceless hair transplant, and finger ashwagandha ensures high density, high survival rate and high naturalness of new hair.
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