Hair Transplant (Advanced Micro-FUE)
Advanced, natural follicular unit restoration and micro-grafting for permanent density.
What is Modern Follicular Unit Extraction?
A modern hair transplant is an intricate microsurgical procedure where genetically permanent, DHT-resistant follicles are harvested individually from the occipital safe donor area and meticulously implanted into recipient thinning zones.
Under the clinical oversight of Dr. Ritesh Safariya, we emphasize natural artistic hairline design matching your facial symmetry, ensuring optimal graft survival, zero over-harvesting, and invisible scar-free healing.

Microsurgical Suite
Natural angle and direction implantation
Transplant Indications
- Advanced male pattern baldness (Norwood Stages III – VII)
- Female pattern hair thinning unresponsive to medical therapy
- Traction alopecia or traumatic hairline scarring
- Receded temporal peaks and thinning crown vertex
Candidacy Criteria
- Adequate donor density in the back and sides of the scalp
- Stabilized active hair loss through prior medical management
- Realistic expectations regarding age-appropriate density
- Absence of active diffuse alopecia areata or lichen planopilaris
Our Surgical Roadmap
From pre-operative donor mapping to post-op graft stimulation.
Facial Anatomy & Hairline Design
Custom aesthetic mapping tailored to patient age, bone structure, and future aging projections.
Safe Donor Zone Preservation
Gentle motor-assisted micro-punch extraction ensuring zero over-harvesting or donor thinning.
Precise Angle & Depth Implantation
Single and multi-hair graft placement mimicking natural follicle angles and direction.
Comprehensive Post-Op Growth Plan
Dedicated healing washes, medical support, and growth factor therapies to accelerate density.
Micro-FUE Hairline Restoration
[Patient Case — Male, 34 Years Old, Norwood Stage III]. 2,400 Micro-Grafts implanted with high density.


Evaluate Your Transplant Candidacy
Meet Dr. Ritesh Safariya for a transparent donor assessment and custom graft calculation.
