There are several hair transplant alternatives. These include FUE, DHI, Strip grafting, and ARTAS. Here we discuss the pros and cons of each method. The best hair transplant alternative for you may be something else entirely. However, no matter what procedure you choose, it is important to do thorough research before deciding on a treatment.
FUE
The FUE method of hair transplantation was developed to address some of the drawbacks of FUT. This procedure consists of extracting individual hair follicles from the donor site and inserting them into small incisions made in the recipient site. This technique does not leave a linear scar, is less invasive, and requires less recovery time.
The FUE method is performed by physicians using a robotic system, which reduces the risk of human error and eliminates guesswork. It also minimizes fatigue. The FUE procedure also offers precision and a high degree of accuracy. The robotic system uses computer-assisted software to identify the strongest follicles for transplantation.
FUE is the most common hair transplant method used worldwide. However, there are many different types of this surgical procedure. The DHI technique, which is also called direct hair implantation, is another alternative. While DHI has several advantages, it also requires more attention.
DHI
While there are a few differences between the two types of transplants, they do have one thing in common: success rates. Both are very similar with a success rate of 95%. Both are effective in achieving natural-looking results with minimal scarring. Additionally, recovery times for FUE hair transplants are similar to those for DHI treatments. The main difference is that FUE allows patients to have more control over the angle and placement of the hair follicles.
Another major difference between DHI and FUE hair transplants is that DHI is a surgical procedure that involves removing hair follicles from one area of the body and implanting them in another. This procedure is used to correct permanent alopecia and thinning hair in both men and women. Aside from providing a permanent solution to hair loss and thinning hair, DHI also offers the advantage of concealing surgical marks.
A DHI hair transplant is a relatively new procedure, with only a few studies showing its superiority over other transplant methods. Therefore, it is important to choose a clinic that is experienced in performing the procedure. The cost of a DHI hair transplant can vary from $2000 to $10,000, depending on how many hairs are being transplanted, and the patient’s expectations.
Strip grafting
Strip grafting is an established method that can offer permanent results and a proven track record. This method is less invasive than other methods. Patients will experience less discomfort and recover faster. There is also less risk of scarring. The downside to this method is that it requires an increase in surgical time and lower precision, both of which raise the costs to the patient. The average patient requires approximately 1,500 grafts.
Strip grafting is currently the most common procedure used to replace hair. The process works by using follicular units to transplant hair into a recipient site. This type of graft mimics the natural pattern of hair growth. Surgical techniques such as have been developed that remove excess tissue from the recipient area.
The method also has the potential to be less invasive than other methods. This procedure can provide natural results after only one session. The surgeon will harvest a strip of skin from the patient’s back. The grafts are then separated and implanted into the patient’s scalp.
ARTAS
The ARTAS robotic hair transplant finasteride and minoxidil is a viable alternative to traditional hair transplants for men suffering from hair loss. The procedure is designed to minimize the impact on the donor area and allows follicles to be harvested in a random pattern. This procedure is a great choice for older men who are concerned about thinning hair.
This technology is a technological advance for the hair transplant industry. Unlike other methods, it utilizes robotics to precisely place grafts in the thinning areas of the scalp. Its automated arms are calibrated to the unique area of a patient’s head. The robotic arm identifies the thinning areas of the scalp and places healthy grafts at equal depths and distances. Because it is automated, ARTAS has eliminated human error and the need for magnification glasses. It also offers a faster procedure with less downtime.
Conclusion
The ARTAS robotic hair transplant uses video-imaging to guide a robotic arm through the donor area. This method minimizes damage to the donor area and improves accuracy and precision. The surgeon can then focus on implanting the grafts.
