DHI Method Hair Transplant

The DHI (Direct Hair Implantation) method is a painless hair transplant procedure that uses the most modern technology for treatments. This method considers both the comfort of the performing surgeon and their team, as well as the aesthetic outcomes for the patient.

What is the DHI Method?

Thanks to the DHI hair transplant devices developed by leading healthcare companies, hair transplantation has become more efficient and modern. With the DHI method, there is no need to create holes or channels in the recipient area for the hair follicles to be transplanted. Instead, the hair follicles are directly implanted using a specialized device.

Since there is no need to open channels in the recipient area, more hair follicles can be transplanted, resulting in a denser hair appearance.

The recovery period with this technique is shorter compared to other methods. One of the most significant advantages of the DHI method is the implantation density.

Using the specialized devices in this method, hair follicles are directly transferred in the desired direction, leading to a more natural appearance. Unlike the FUE method, where bleeding may occur, the DHI method minimizes bleeding due to the use of nano-tipped devices.

Advantages of the DHI Method

  • Direct Implantation: Hair follicles are directly implanted into the recipient area without the need for creating channels or holes.
  • Higher Density: More follicles can be transplanted, resulting in a denser hair appearance.
  • Shorter Recovery: The healing process is faster compared to other hair transplant methods.
  • Minimal Bleeding: Nano-tipped devices reduce bleeding to a minimum.
  • Natural Results: Hair follicles are implanted in the desired direction, providing a more natural look.

For more detailed information and consultations about the DHI method, you can contact our specialists at AESTHETICIUM PLUS. They will provide you with comprehensive details to help you achieve the best possible results in your hair transplantation journey.