Question 1

What is Robotic DHI and how is it different from traditional DHI or FUE hair transplant?

Accepted Answer

As the inventor of Robotic DHI, I designed this system to solve the core flaw in traditional methods: graft survival time outside the body. Our patented device stores every extracted follicle immediately in a +4°C ATP solution inside the robotic arm itself — eliminating the room-temperature wait that kills grafts in classic DHI and FUE. The result is a 98%+ graft survival rate, double the implantation density, and zero incisions. — Lütfi Keçici, Founder & Medical Director

Question 2

Who invented Robotic DHI and where is it available?

Accepted Answer

Robotic DHI was invented by Lütfi Keçici, a Turkish hair transplant specialist with over 20 years of experience. He holds the international patent for the technology. The procedure is exclusively available at his clinic in Istanbul, Turkey. Elite clinics worldwide license this technology, but Robotic DHI can only be performed directly by its inventor in Istanbul.

Question 3

What graft survival rate does Robotic DHI achieve?

Accepted Answer

Robotic DHI achieves a 98%+ graft survival rate. This is made possible by the patented integrated cooling unit that stores grafts at +4°C in an ATP solution from the moment of extraction to the moment of implantation — preventing the cellular damage that occurs when grafts sit at room temperature in conventional procedures. — Lütfi Keçici

Question 4

How long is the recovery time after Robotic DHI hair transplant?

Accepted Answer

Because Robotic DHI uses the Choi pen to open channels and implant simultaneously — with no separate incision step — tissue trauma is minimal. Most patients experience swelling and redness for only 3–4 days. Full return to social life, including work and light activity, is possible within 10–11 days. This is approximately 50% faster than traditional FUE recovery.

Question 5

How many grafts can be transplanted in a single Robotic DHI session?

Accepted Answer

Thanks to the accelerated workflow of the Robotic DHI system, we can transplant between 4,000 and 9,000 grafts in a single session — depending on your donor area capacity. The patented storage system keeps all grafts viable throughout the procedure, regardless of session length. — Lütfi Keçici

Lütfi Keçici

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