Modi Hair Plant

Non-Shaven Non-Incision Hair Transplant

We harvest with the non-shaven non-incision method, and build results through sorting and storage.

MODI HAIR TRANSPLANT

We add stem cells to non-shaven non-incision hair transplantation

This procedure harvests healthy occipital follicles using the non-shaven non-incision method and transplants them where needed, while separating hair follicle stem cells from follicles unsuitable for transplantation and injecting them together. Because the hair is not cut beforehand, the surgical area is not exposed and you can return to daily life right away.

What is non-shaven non-incision stem cell hair transplantation

NO-SHAVE FUE

Not every “no-shave” is the same no-shave

Whether incision or non-incision, if a cut line reaches dermal depth, a scar remains. Non-incision simply extracts follicles one by one with a small punch, so it is less noticeable. The method that shaves several fine lines with taping and calls itself no-shave leaves staff-line-shaped marks of reduced density when cut short. Modi Hair Plant does not use this method.

MethodDonor-area handlingCharacteristics
No-shaveNothing cut except the harvested folliclesVolume barely decreases, so it is the least noticeable
Partial shaveEvery other hair cut short with a patented dedicated clipperVolume decreases slightly, but the cost is lower
Line shaveSeveral line-shaped sections thinly shavedHard to see with long hair · used in combination
Full shaveThe whole donor area shaved shortFast to harvest, but the marks show the most

Full shave

The entire donor area is shaved short before harvesting; the marks show the most.

Line shave

Only several line-shaped sections are thinly shaved; well hidden under long hair.

Partial shave

Every other hair is cut short with a dedicated clipper; volume decreases slightly.

No-shave

Nothing is cut except the harvested follicles, so it is the least noticeable.

How to tell a true no-shave apart

DONOR DESIGN

We decide the harvest area to match the head shape

A normal scalp has 80,000–100,000 hairs, so even transplanting 4,000 hairs is only about 4–5% of the total. 93% of Koreans have a flat-backed brachycephalic head, making them sensitive to changes in occipital volume, so we set the harvest area around the external occipital protuberance felt on the skull to minimize the visual volume change after surgery. Within that same occipital region, however, we shift the emphasis depending on sex, usual hairstyle, and the hair quality needed.

Women

More sensitive to occipital volume change, and hairline correction mainly uses thin, soft follicles, so we place more emphasis on harvesting below the occipital protuberance.

Men

Often wear a two-block cut that keeps the nape short and frequently need thicker hair for volume, so we harvest evenly around the occipital protuberance, a little higher than the nape.

Which donor areas allow hair transplantation

8-STEP SORTING

We sort follicles into 8 steps to create a gradation

The harvested follicles are all different. Some have several strands per follicle, some a single strand, and thick and thin hairs are mixed together. A natural hairline comes from a gradation in which thin hairs go in front and thicker, multi-strand hairs go further back. That is why Modi Hair Plant sorts the harvested follicles under a microscope by thickness and strand count into 8 steps before transplanting.

  • The very front of the hairline — single thin strands
  • Crown and center — areas needing density, with thicker hairs and more strands
  • Microscope micrometer (50/80/100µm) to clarify the thickness criteria
  • In-house sorting containers and a dedicated cooling plate for compartment-by-compartment sorting and storage

Transplanting immediately while extracting makes it hard to perfectly sort the front-to-back order. So our principle is to sort and transplant after all harvesting is complete. International consensus also recommends cooling follicles and storing them in an organ-transplant solution once ex vivo storage exceeds 6–8 hours; Modi Hair Plant brings the temperature to the right level with a dedicated cooler regardless of time and stores them in Custodiol (HTK). Storing well matters more to graft survival than transplanting quickly, which our institute confirmed through its own experiments.

Does rapid transplantation give better graft survival

The evidence behind stem cell science—such as the storage solution and immunofluorescence experiments—is covered in detail on the “Hair Follicle Stem Cell Research Institute” page.

LONG-TERM SURVIVAL

We look at long-term retention, not short-term survival

When harvested non-incisionally, a small piece of skin stays attached to the follicle, which can look like “frog eggs” after transplantation. Trimming this skin off with a blade because it looks unsightly can damage the bulge area where hair follicle stem cells are concentrated. In a 6-year follow-up comparison from 2019 (presented at the Korean Society of Hair Restoration Surgery in 2025), the side that kept the skin had better hair thickness and long-term graft survival. The frog eggs disappear within 1–2 weeks.

For graft survival, are more frog eggs really better

TRANSPLANT + STEM CELL

We revive stem cells from discarded follicles and inject them together

During non-incision harvesting, a small number of follicles unsuitable for transplantation come out. These too contain living hair follicle stem cells that form follicles and skin. Instead of grinding them up to apply topically, Modi Hair Plant separates the stem cells at its in-house research center and injects them directly into the transplant area. Because the cells are derived from the patient's own follicles, they survive long on the scalp and stimulate follicle growth.

  • Promotes wound recovery and reduces post-surgical pain and itching
  • Creates a better environment for graft survival
  • Improves the condition of transplanted hair and eases stress on existing hair
Non-shaven non-incision hair transplant before-and-after comparison — change in forehead hairline hair density
Non-shaven non-incision hair transplant before / after
Why should a hair transplant go as far as stem cells

SURGERY STEPS

Surgery process

  1. 01

    Scalp and hair-loss diagnosis

    We confirm the harvestable hair volume and whether to combine stem cells.

  2. 02

    Design and harvest strategy

    We design the hairline and the harvest area tailored to the head shape.

  3. 03

    Non-shaven non-incision harvesting

    We harvest follicles with a punch without cutting the hair.

  4. 04

    8-step sorting and storage

    After sorting by thickness and strand count under a microscope, we store them cooled in Custodiol.

  5. 05

    Hair transplant + stem cell injection

    We transplant according to the gradation and inject the separated stem cells.

  6. 06

    Recovery care and progress check

    We check progress with stage-by-stage care and a care program.

CASES

Before-and-after cases

  • Non-shaven non-incision hair transplant before-and-after case 1 — change in hairline and crown hair density
  • Non-shaven non-incision hair transplant before-and-after case 2 — change in crown hair density
  • Non-shaven non-incision hair transplant before-and-after case 3 — change in hairline hair density

CONSULT

The right method for you starts with a diagnosis

The shaving method, the amount transplanted, and whether to combine stem cells depend on the condition of your scalp and hair loss. Start with an accurate diagnosis.

Whether non-shaven non-incision is suitable

Whether combined stem cell treatment is needed

How much transplantation is required