Body Hair Transplantation

Eyebrow Transplantation|Beard & Sideburn Transplantation|Transplantation
At Yonsei Mobelle, eyebrow, beard, sideburn, and scar area transplantation
is approached based on the distinct role and visual impact of each region.
Only the necessary number of grafts is transplanted,
with careful attention to natural direction and balanced density.

Yonseimobelle

Multiple treatment pathways, One optimal outcome.
customized solutions at Yonsei Mobelle.

Rather than treating each area in isolation,
we consider overall facial harmony
to achieve stable, well-balanced results.

Data-Driven Planning and One-on-One Design Aligned with Facial Proportions

Rather than prioritizing graft quantity alone,
we focus on graft survival and natural integration.

Graft count, harvesting range, target density,
and angulation are calculated and planned based on quantified parameters.

The curvature and angulation of the eyebrows,
the direction and thickness of beard and sideburn hair,
and the skin condition of scar areas are quantitatively analyzed
to determine optimal graft numbers and placement for each region.

Who is this for?

Those with naturally thin or sparse eyebrows who rely heavily on makeup

Those concerned about patchy or asymmetrical beard or sideburn growth

Those with interrupted hair growth in the eyebrows, hairline, or beard due to scarring

Those seeking refinement due to insufficient density or unsatisfactory lines after previous transplantation

Those who want to refine their facial appearance without undergoing excessive cosmetic procedures

All design elements for each area
are thoroughly discussed prior to the procedure.

Eyebrow Transplantation

Eyebrow shape and angulation are designed to match gender characteristics and overall facial image. Direction and density are varied along the natural curvature, aiming for eyebrows that appear natural without dependence on makeup.
Beard & Sideburn Transplantation

Coverage and density are planned based on jawline structure and facial proportions. Styles such as defined beards or subtle shadow effects are adjusted through thorough consultation to align with occupation and lifestyle.
Scar Area Transplantation

Design focuses on areas where hair growth has been disrupted by trauma or surgery. After evaluating expected graft survival, follicles are placed within feasible limits to blend naturally with surrounding hair.

Yonsei Mobelle Hair Restoration Center

All consultations and procedures are personally performed by the Chief Medical Director.

Yonsei Mobelle’s Six-Step Process for Body Hair Transplantation

1.
Design
Customized planning based on facial structure and proportions, optimizing direction, density, and curvature. Final designs are confirmed after thorough consultation and mutual agreement.

2.
Harvesting
Grafts are harvested with precision to minimize follicular damage. For eyebrow and beard transplantation, follicles are selectively chosen based on thickness and structural characteristics. Harvesting patterns are designed to preserve overall donor area balance.

3.
Preservation
Follicles are preserved in low-temperature, nutrient-enriched conditions to enhance survival rates. Exposure to air and light is minimized, and surgical timing is optimized to ensure follicle safety.

4.
Channel Creation
Channels are designed according to the characteristics of each area. Overcrowding is avoided, and appropriate spacing is maintained to recreate natural-looking density.

5.
Implantation
Grafts are placed precisely according to area-specific design plans. In scar regions, follicles are blended seamlessly with surrounding hair. For eyebrow and beard areas, delicate micro-techniques are used to minimize compression and penetration.

6.
Post-Procedure Care
Area-specific cleansing, protection, and regeneration guidelines are provided. Professional care minimizes early swelling, redness, and irritation.

1.
Design
Customized planning based on facial structure and proportions, optimizing direction, density, and curvature. Final designs are confirmed after thorough consultation and mutual agreement.

2.
Harvesting
Grafts are harvested with precision to minimize follicular damage. For eyebrow and beard transplantation, follicles are selectively chosen based on thickness and structural characteristics. Harvesting patterns are designed to preserve overall donor area balance.

3.
Preservation
Follicles are preserved in low-temperature, nutrient-enriched conditions to enhance survival rates. Exposure to air and light is minimized, and surgical timing is optimized to ensure follicle safety.

4.
Channel Creation
Channels are designed according to the characteristics of each area. Overcrowding is avoided, and appropriate spacing is maintained to recreate natural-looking density.

5.
Implantation
Grafts are placed precisely according to area-specific design plans. In scar regions, follicles are blended seamlessly with surrounding hair. For eyebrow and beard areas, delicate micro-techniques are used to minimize compression and penetration.

6.
Post-Procedure Care
Area-specific cleansing, protection, and regeneration guidelines are provided. Professional care minimizes early swelling, redness, and irritation.

Operational Principles for Maximizing Natural Results

Natural-looking outcomes are our highest priority.

Minimized Harvesting Time
Ex vivo time between harvesting, preservation, and implantation is kept to an absolute minimum.

Standardized Preservation Protocols
Specialized preservation solutions and optimal low-temperature environments are maintained under strict time control.

Minimized Direct Handling
Fine follicles used for eyebrows and beards are handled with exceptional care, with forceps contact minimized to prevent compression or trauma.

Refined Channel Design
Channel angles, depth, and direction are customized by area to replicate the natural flow of existing hair.

Controlled Density Limits
Excessive density, which may appear artificial, is avoided. Natural upper limits are carefully maintained.

Fixed Follow-Up Schedule
Regular follow-ups at 2 weeks, 1 month, 3 months, and 6 months monitor growth direction, density, and line stabilization.