Neograft 2.0 Hair Transplant System Machine

Description

Neograft 2.0 Hair Transplant System Machine

Neograft 2.0 Hair Transplant System Machine is the most innovative non-surgical approach to hair restoration available today. It’s a safe, minimally invasive, highly effective procedure that avoids the trauma and downtime of a traditional hair transplant. This procedure provides results that are long-lasting and very natural-looking by combining a technique called follicular unit extraction (FUE) with a surgical machine that partially automates the FUE process.

Key Benefits of NeoGraft 2.0

Little to no discomfort
No stitches or staples
Quick recovery time
No unsightly linear scar
No numbness where the donor hair is taken from
Natural-looking results
Minimal downtime
Least invasive procedure for hair transplantation
Patients can wear hair long or short after treatment

FUE Hair Transplant

The Follicular Unit Extraction (FUE) hair transplant method doesn’t create a visible line scar at the back of your head. This is because it collects hair grafts individually using small punch blades that are 0.8 to 1mm wide.

Instead of a noticeable line, FUE leaves tiny, hard-to-spot scars spread out on the back of your scalp. If you choose this method, you can shave your head or have a really short hairstyle without worrying about visible scars.

The early healing phase of the FUE hair transplant only takes 2-3 days. In this initial period, a gentle dressing is applied to cover the extremely small 0.9 to 1.2-millimeter extraction holes located at the back of the scalp. This dressing extends around the front of the forehead and wraps around to firmly secure the bandage at the back.

Pneumatic Motor And Smart Drive Torque Technology

The piston-driven motor delivers precise pressure control for both extraction and implantation.

Smart Drive Torque Technology delivers 100% torque to the contra angle/punch, for continuous rotation and the smoothest entry.
Consistent suction and spin lead to standardized extractions, high quality grafts, and superior patient outcomes