Sapphire FUE Hair Transplant in London and Istanbul

Sapphire FUE is an advanced version of the FUE hair transplant technique. At Revital Hair Clinic, we offer Sapphire FUE in our London and Istanbul clinics to provide more precise results and a faster healing process.

What Is Sapphire FUE?

Sapphire FUE uses blades made from sapphire — a durable, smooth material — to create micro-incisions in the scalp. These blades allow for more accurate channel opening, which improves graft placement and minimises tissue trauma.

Benefits of Sapphire FUE Hair Transplant

  • Higher density and more natural hairline
    • Less tissue damage during channel creation
    • Reduced scabbing and faster healing
    • Better graft survival rate
    • Ideal for those looking for refined and detailed results

Who Can Benefit from Sapphire FUE?

This method is ideal for individuals with mild to moderate hair loss, especially those who want high-density results and a quicker recovery. It’s also preferred for sensitive scalps due to its gentler approach.

How the Procedure Works

  1. Consultation and Hairline Planning
    The hairline is carefully designed and the number of grafts is calculated.
  2. Follicle Extraction
    Grafts are extracted from the donor area using the FUE method.
  3. Sapphire Blade Incisions
    Micro-incisions are made using sapphire-tipped blades for precise graft placement.
  4. Implantation and Recovery
    Grafts are implanted one by one. Healing is fast, and scabs typically disappear within a week.

Want to Learn More?

Reach out to us for more details or book a consultation to explore whether Sapphire FUE is the right option for you.

Frequently Asked Questions

The use of sapphire blades allows for more precise incisions and improved healing.

No. The procedure is performed under local anaesthesia and is generally comfortable.

Only very small dot-like marks, which are nearly invisible.

Most patients resume daily activities within a few days.

Yes. The precision of the sapphire blades allows for better angling and density.