Hair Transplant Success Rate: The Clinical Data for 2026
Graft survival rate and patient satisfaction rate are two different metrics in hair transplant success rate. The first counts surviving follicles. The second counts happy patients. A procedure can score 95% on one and fail the other.
MEDICALLY REVIEWED BY
Dr. Servet Terziler
AAACI Accredited Surgeon, ISHRS Member and Inventor of Robotic DHI
Updated June 2026
TL;DR
- → The overall hair transplant success rate is 85 to 98% depending on technique, surgeon, and hair loss type.
- → Graft survival rate (per follicle) and patient satisfaction rate (overall result) are different metrics. Most clinics only cite one.
- → DHI achieves 90 to 97% graft survival. Robotic DHI achieves up to 97%. FUE and FUT: 90 to 95%.
- → Crown area success rate is lower (75 to 90%) due to radial whorl anatomy and limited vascular supply.
- → Scarring alopecia conditions: 30 to 60% success. Frontal Fibrosing Alopecia: 25 to 50%. These are often misdiagnosed as standard hair loss.
- → Transplanted grafts are permanent. Surrounding native hair is not. Medical management protects the long-term result.
What Is the Success Rate of a Hair Transplant?
The overall hair transplant success rate is 85 to 98 percent. That range covers all techniques, all hair loss types, and all levels of surgical experience. In a well-executed procedure by an experienced surgeon using DHI implantation, the graft survival rate reaches 90 to 97 percent. In a poorly executed procedure by an undertrained operator, hair transplant success rate can fall below 70 percent.
The number that matters most to you depends on what you are asking. There are two distinct metrics.
Graft survival rate: the percentage of individual follicular units that survive and produce hair after implantation. This is a per-follicle measurement.
Patient satisfaction rate: the patient’s assessment of their overall result, combining density, design, naturalness, and hairline coverage. These numbers are not the same.
A patient can have 95% graft survival and still be dissatisfied if the hairline design was wrong. A patient can have 80% graft survival and be completely satisfied if the right grafts were placed in the right positions. Most clinics publish graft survival. Dr. Terziler Exclusive Clinic reports both.
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What Percentage of Hair Transplants Are Successful?
85 to 95 percent of hair transplant procedures produce a result the patient considers successful, based on published satisfaction surveys across ISHRS member clinics. Graft survival rates range from 90 to 97 percent in experienced hands. The gap between these figures explains why some patients with technically successful procedures are still dissatisfied. Design matters as much as graft survival.
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What Is the Hair Transplant Success Rate by Technique?
Technique is the single biggest variable in graft survival. The implantation method and hair transplant technique determines how long each follicle spends outside the body. That out-of-body period, the ischemia window, is the primary predictor of survival. Shorter ischemia = higher survival. This is why DHI consistently outperforms standard FUE channel-then-implant protocols.
| TECHNIQUE | GRAFT SURVIVAL | PATIENT SAT. | FAILURE RISK | WHAT DRIVES THE RATE |
|---|---|---|---|---|
| FUT (Strip) | 90–95% | 85–92% | Low | Strip condition + donor zone quality |
| FUE | 90–95% | 88–93% | Low–Moderate | Surgeon skill + ATP storage + transection rate |
| Sapphire FUE | 90–95% | 89–94% | Low | Same as FUE; blade affects channel healing, not graft survival |
| DHI / Choi pen | 90–97% | 91–95% | Low | Minimal ischemia window via single-motion implant |
| Robotic DHI | Up to 97% | 93–97% | Very low | Sub-90 sec out-of-body time + AI angulation + ATP storage |
| Robotic FUE (ARTAS) | 88–95% | 85–91% | Moderate | Robotic consistency; limited adaptability in complex donor zones |
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What Is the FUE Hair Transplant Success Rate?
FUE hair transplant achieves a graft survival rate of 90 to 95 percent when performed by an experienced surgeon with a transection rate below 5 percent. Transection rate is the percentage of follicles damaged during punch extraction. An expert surgeon keeps FUE hair transplanttransection rate under 5 percent. Undertrained operators routinely exceed 15 to 20 percent, destroying that proportion of grafts before a single one reaches the recipient site.
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What Is the Sapphire FUE Hair Transplant Success Rate?
Sapphire FUE achieves a graft survival rate of 90 to 95 percent, identical to standard FUE. The sapphire blade is used for opening the recipient channels, not for extraction or implantation. It produces cleaner, narrower V-shaped channels that heal faster and cause less recipient site oedema. This improves the healing experience but does not change the fundamental graft survival biology.
Sapphire FUE matters most in hairline work, where channel precision affects the naturalness of direction and angle. It does not increase graft survival versus standard steel blades when the implanting surgeon is experienced. The technique is best described as a refined FUE, not a different category of procedure.
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What Is the DHI Hair Transplant Success Rate?
DHI hair transplant achieves a graft survival rate of 90 to 97 percent, higher than standard FUE because the Choi implanter pen eliminates the pre-made channel step. Each graft is extracted and implanted in a single continuous motion. The ischemia window, the time the follicle spends without blood supply, is reduced from minutes to seconds per graft.
At Dr. Terziler Exclusive Clinic, the Choi pen used measures 0.70mm in diameter. The industry standard is 0.75mm. That 0.05mm difference reduces recipient site trauma by an estimated 15 to 20 percent per channel, meaning less competition for local vascular supply around each newly placed graft. Every DHI hair transplant implantation in every session at this clinic is performed by Dr. Terziler personally. The ISHRS classifies Choi pen use as a skin incision, meaning it must be performed by a licensed surgeon. Technician implantation is not permitted under ISHRS clinical guidelines.
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What Is the Robotic DHI Success Rate?
Robotic DHI (Picasso) achieves graft survival of up to 97 percent, the highest of any hair transplant technique currently in clinical use. The Robotic DHI system was invented by Dr. Servet Terziler. It achieves an average out-of-body time under 90 seconds per graft, the shortest ischemia window of any available method.
ATP-enhanced graft storage is used as standard protocol for all Robotic DHI sessions. The AI-guided angulation system maintains consistent placement across thousands of implantation points throughout a session, eliminating the fatigue variable that affects manual surgeons in procedures lasting 6 to 8 hours. At hour 7 of manual placement, precision degrades.
The Picasso Robotic DHI is a Robotic DHI procedure with Dr. Terziler’s artistic hairline drawing.
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What Is the Unshaven Hair Transplant Success Rate?
Unshaven (or U-FUE / U-DHI) hair transplant achieves a graft survival rate of 88 to 95 percent, slightly lower than standard shaved procedures. The reduction is not a biological limitation of the technique. It comes from increased extraction difficulty. In unshaven FUE, the punch must align around a visible shaft without the angle visibility that shaving provides. This raises the transection risk by approximately 3 to 7 percent compared to a fully shaved equivalent.
For patients with shorter Norwood I to III hair loss patterns, or women who need targeted restoration without exposing a shaved donor area, the trade-off is worthwhile. DHI is the preferred unshaven technique because the single-motion implantation requires no pre-made channels, reducing recipient site disruption in areas where existing hair must be preserved.
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What Is the FUT Hair Transplant Success Rate?
FUT hair transplant achieves a graft survival rate of 90 to 95 percent. The strip method produces the highest single-session graft yield, up to 5,000 grafts, because strip dissection is more efficient than individual punch extraction. Success rate is driven primarily by donor strip quality. A healthy occipital donor zone with strong density produces the most viable grafts per cm² of harvested tissue.
FUT leaves a linear scar. In patients with very fine hair or who wear their hair short at the back, this scar is a permanent cosmetic consideration. For patients requiring maximum grafts in a single session with no planned follow-up, FUT remains a clinically valid choice.
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Hair Transplant Crown Area Success Rate
Hair transplant crown area success rate is 75 to 90 percent. This is consistently lower than hairline procedures, and for reasons that have nothing to do with technique. The crown is the hardest area of the scalp to transplant successfully.
Crown hair grows in a radial whorl pattern: multiple directions radiating from a single central point. Every graft placed in the crown requires an individual directional decision. At the hairline, the angle is broadly consistent across the frontal zone. In the crown, every adjacent graft sits at a different angle from its neighbours. This makes crown transplant approximately 40% more technically demanding per graft than hairline work.The second factor is vascular biology. The crown receives the last branch of scalp vasculature. High-density crown implantation pushes the local vascular budget. When graft density exceeds what the local blood supply can sustain, borderline grafts fail not from poor technique but from ischaemia caused by competition for blood supply.The third factor is androgenetic progression. Crown hair loss continues in patients not maintaining DHT-blocking therapy. Transplanted grafts are permanent, but surrounding native hair is not. A successful crown transplant at year 1 can look less successful at year 5 if finasteride or dutasteride was discontinued.
Realistic density expectations at the crown are 30 to 40 percent lower per cm² than at the hairline. A coverage result at the crown will always appear less dense than the equivalent graft count placed frontally. This is biology, not surgical failure. Any clinic promising hairline density at the crown is either miscommunicating or misinformed.
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What Makes a Hair Transplant Fail?
Hair transplants fail for eight documented reasons. Most of them are preventable. Only a small minority represent random biological events outside the surgeon’s control to cause a hair transplant gone wrong.
| # | FAILURE CAUSE | MECHANISM | HOW TO PREVENT IT |
|---|---|---|---|
| 1 | High transection rate | Follicle shaft cut during FUE extraction. Graft is dead before implantation. | Surgeon experience + correct punch diameter calibrated to follicle size |
| 2 | Long out-of-body time | ATP reserves in the follicle deplete during storage. Follicle dies before implantation. | DHI technique + HypoThermosol + ATP graft storage solution |
| 3 | Wrong storage solution | Saline = 0% graft survival at day 5 (Cooley, 2014). Many clinics still use saline as default. | HypoThermosol + ATP. Non-negotiable standard at Dr. Terziler Clinic. |
| 4 | Graft desiccation | Grafts dehydrate between extraction and implantation. A dry follicle dies. | Constant saline moisture on grafts throughout procedure. Humidity control in theatre. |
| 5 | Vascular budget exceeded | Over-packing grafts per cm² suffocates surrounding vasculature. Grafts compete for blood supply. | Conservative density mapping. Crown maximum: 35–40 grafts/cm². |
| 6 | Technician implantation | ISHRS: Choi pen = skin incision = surgeon-only procedure. Technician placement produces uncontrolled angle, depth, density. | Surgeon performs 100% of implantation. Verify this before booking. |
| 7 | Wrong candidacy | Active scarring alopecia, autoimmune disease, insufficient donor density. Transplanting into active inflammation destroys grafts. | Full trichoscopy + medical history + scalp biopsy where indicated before acceptance. |
| 8 | Shock loss misread as failure | Months 2–4: all transplanted hairs shed. Normal telogen effluvium. Not failure. But patients who were not warned panic. | Written month-by-month growth timeline given to every patient before discharge. |
The most common source of 1-star reviews for hair transplants is not procedure failure. It is patients experiencing months 2 to 4 shock loss without prior education. Every transplanted hair sheds at this stage. The follicle is dormant, not dead. Growth re-emerges from month 4 to 6. At Dr. Terziler Exclusive Clinic, every patient receives a written growth timeline before leaving Istanbul. No one should reach month 3 in a panic.
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What Is the Hair Transplant Failure Rate?
Clinical failure, defined as less than 70 percent graft survival, occurs in under 5 percent of procedures at ISHRS-member clinics. In non-accredited clinics where technicians perform implantation, failure rates of 20 to 30 percent have been documented in patient complaint studies. Hair transplant failure rate in ISHRS-member clinics is under 5 percent. In non-accredited clinics where technicians perform implantation, failure rates of 20 to 30 percent have been documented.
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How Often Do Hair Transplants Fail?
Clinically defined failure occurs in under 5 percent of procedures at accredited clinics. Patient-reported dissatisfaction, which includes design errors, insufficient density, and poor expectation management, occurs in approximately 10 to 15 percent of cases industry-wide. These are different metrics. Most procedures reported as failures on Reddit or YouTube are dissatisfaction cases or shock loss misreadings, not clinical graft failures.
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What Is the Hair Transplant Success Rate for Women?
Female hair transplant success rate is 85 to 93 percent graft survival, comparable to male procedures at the same technique level. The clinical picture for a female hair transplant is more complex, however, because female hair loss rarely follows the predictable recession patterns of androgenetic alopecia in men.
Female hair loss is predominantly diffuse thinning across the Ludwig I to III classification range. Transplanting into an area of active diffuse miniaturisation means placing permanent grafts among follicles that are still thinning and will eventually be lost. The transplanted grafts survive. The surrounding native hair does not. At year 1 the result looks good. By year 5, without concurrent medical management, the transplanted density stands out against progressively thinning native hair.
The single strongest predictor of female candidacy is hair loss stability. A 55-year-old woman with stable androgenetic loss confirmed by trichoscopy is a better candidate than a 28-year-old with rapidly progressive diffuse thinning. Success rates do not decline with age. They decline with unstable disease.
DHI is the recommended technique for female hair transplants. It enables targeted extraction without full shaving of the donor area, preserving the patient’s existing hairstyle through recovery.
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What Is the Hair Transplant Success Rate by Alopecia Type?
Not all hair loss conditions produce the same transplant outcome. Androgenetic alopecia (pattern baldness) has the highest success rates. Inflammatory and scarring conditions have significantly lower rates, and several Alopecia types are contraindications.
| ALOPECIA TYPE | SUCCESS RATE | CLINICAL NOTE |
|---|---|---|
| Androgenetic (AGA) | 90–97% | Best candidacy. Stable donor zone. Predictable progression. |
| Traction Alopecia | 88–93% | Good candidacy if traction cause is removed before surgery. |
| Alopecia Areata | 60–80% | Autoimmune. Must be in remission for minimum 12 months. Active disease destroys grafts. |
| Scarring Alopecia | 30–60% | Fibrotic recipient tissue reduces vascular supply. Active inflammation destroys grafts. Biopsy required. |
| CCCA | 40–65% | Central centrifugal cicatricial alopecia. Common in Black women. Low graft density required. Must be quiescent. |
| Frontal Fibrosing Alopecia (FFA) | 25–50% | Lowest success rate. Active inflammation at the hairline destroys grafts. Often a contraindication. |
| Lichen Planopilaris (LPP) | 35–55% | Biopsy confirmation of quiescence required. High reactivation risk post-surgery. |
Frontal Fibrosing Alopecia and active Lichen Planopilaris are relative-to-absolute contraindications. ISHRS clinical guidelines require a minimum 12-month confirmed disease-free period and scalp biopsy before any scarring alopecia case is accepted for surgery. Dr. Terziler Exclusive Clinic does not accept scarring alopecia candidates without this verification.
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What Is the Afro Hair Transplant Success Rate?
Afro hair transplant success rate reaches 88 to 93 percent with experienced surgeons using curved punch extraction. The curved subcutaneous shaft of Afro-textured follicles is the key variable. Standard straight punches cause transection rates of 15 to 25 percent in Afro hair because the shaft curves underground while the punch travels straight. An experienced surgeon uses a curved punch calibrated to match the follicle’s subcutaneous angle, achieving transection rates under 5 percent in Afro hair transplant.
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What Is the Beard Hair Transplant Success Rate?
Beard hair transplant success rate is 85 to 94 percent with DHI technique. Beard grafts are typically single-hair follicular units placed at precise angles matching the natural beard grain direction. The face has a rich vascular supply relative to the scalp, which supports high graft survival in well-executed beard procedures. The primary beard transplant technical challenge is matching the angle and direction of existing beard hair to ensure the result looks natural rather than planted.
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What Is the Moustache Hair Transplant Success Rate?
Moustache hair transplant success rate is 83 to 92 percent. The moustache area is more technically demanding than the beard because the hairs grow in multiple competing directions across a small surface. The philtrum region (the central strip between nose and upper lip) requires particularly precise angulation. Grafts placed at the wrong angle in this area produce visibly unnatural growth. DHI is the standard technique for a moustache transplant because it allows the surgeon full directional control per graft without the disruption of pre-made channels.
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What Is the Sideburn Hair Transplant Success Rate?
Sideburn hair transplant success rate is 88 to 94 percent. Sideburn restoration requires blending the temporal scalp hair with the facial beard, which means the surgeon must transition the hair angle and texture gradually from the scalp’s downward growth direction to the facial hair’s horizontal growth pattern. This transition zone is where most sideburn transplant failures occur. Correct zone mapping before the procedure is as important as the implantation itself.
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What Is the Eyebrow Hair Transplant Success Rate?
Eyebrow hair transplant success rate is 80 to 92 percent with an experienced surgeon using DHI technique. The critical variable is angulation. Eyebrow hairs grow at a near-flat 10 to 15 degree angle relative to the skin surface. Incorrect angle placement, where the surgeon places grafts at 45 to 90 degrees, produces hairs that grow upright rather than lying flat along the brow. This is the most common technical failure in eyebrow transplants and it produces an immediately visible, unnatural result.
A second eyebrow transplant-specific consideration: the donor hair is scalp hair, not eyebrow hair. Scalp hair grows faster than eyebrow hair and does not have the same resting phase length. Eyebrow transplant patients need to trim the transplanted hairs periodically until, after 12 to 18 months, the growth cycle adapts partially to its new environment. This is normal biology, not a failure outcome.
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How Long Does Hair Transplant Success Last?
Transplanted hair is permanent. Donor zone follicles are DHT-resistant and retain that genetic characteristic after transplantation to a new location. They do not miniaturise in response to DHT in the recipient site.
The transplanted grafts last a lifetime. The native hair around them does not.Androgenetic alopecia continues to affect non-transplanted follicles. A patient who stops finasteride or minoxidil after a transplant will continue losing their original native hair while keeping the transplanted grafts. By year 5 without medical management, the surrounding native hair thins progressively, making a formerly dense transplant result look increasingly isolated. The transplant is permanent. The overall density result depends on managing the ongoing native hair loss around it.
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What Is the Turkey Hair Transplant Success Rate vs UK vs USA?
Turkey performs 25 to 35 percent of global hair transplant volume. The success rates at the highest-tier accredited Turkish clinics match or exceed UK and US outcomes at 30 to 50 percent lower cost. The critical variable is not country. It is accreditation and surgeon experience.
AAACI-accredited hair transplant clinics in Turkey, including Dr. Terziler Exclusive Clinic, operate under the same facility standards required for US ambulatory surgery certification. This accreditation requires independent audit of sterilisation protocols, staff qualifications, surgical environment, and outcome documentation. The majority of Turkish clinics do not hold AAACI accreditation.
‘Turkey hair transplant’ encompasses hundreds of clinics with wildly variable standards. The lower-cost clinics where technicians perform all implantation are the source of most documented failures in the Turkish market. AAACI accreditation and ISHRS membership are the minimum standards to verify. The price difference between accredited and non-accredited Turkish clinics is typically 1,000 to 2,500 EUR. The cost of a repair procedure in Turkey after a failed transplant is three to five times that.
US patients who choose AAACI-accredited Turkish clinics report success rates and satisfaction levels comparable to US clinic outcomes at 60 to 75 percent lower total cost. Dr. Terziler Exclusive Clinic provides accommodation coordination and daily post-procedure check-ins as standard for all international patients.
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What Is the The Biology Behind Graft Survival?: ATP and Storage
The single most important predictor of graft survival is out-of-body time, the period between extraction and implantation during which the follicle depletes its ATP reserves while separated from blood supply.
| STORAGE SOLUTION | SURVIVAL AT DAY 5 | CLINICAL IMPLICATION |
|---|---|---|
| Saline (common default) | 0% | Complete graft loss. Still used as default storage in many clinics. |
| HypoThermosol alone | 44% | Partial preservation. Still results in meaningful graft loss in long sessions. |
| HypoThermosol + ATP | 72% | ATP replenishes follicle energy reserves during out-of-body period. Standard at Dr. Terziler for all sessions over 2,500 grafts. |
A 2014 study by Dr. Jerry Cooley found that hair transplant grafts stored in HypoThermosol with ATP achieved 72 percent survival at day 5, compared to 44 percent in HypoThermosol alone and 0 percent in saline, confirming ATP as a clinically critical graft storage additive. (Source: Cooley JE, Journal of Hair Restoration Surgery.)
Robotic DHI achieves average out-of-body time under 90 seconds per graft. Combined with ATP storage, this produces the conditions for the highest achievable graft survival in current clinical practice.
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What Is the Success Rate of Second Hair Transplant?
Second hair transplant success rate is 85 to 93 percent in patients with adequate residual donor density. The critical constraint is finite donor supply. The occipital and temporal donor zones contain a fixed number of available follicles. A second session depletes this reserve further, and a third session further still.
Timing: a second hair transplant requires a minimum of 12 months after the first session, allowing the donor area to fully recover and the first result to fully mature. At Dr. Terziler Exclusive Clinic, trichoscopy of the donor area is performed before any second session is accepted. Patients who had an unsuccessful first transplant elsewhere face an additional challenge: recipient area scarring from the failed procedure can reduce blood supply for repair work. Not every failed transplant is repairable with a second procedure.
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What Is the PRP and Exosome Success Rate for Hair Loss
PRP (Platelet-Rich Plasma) success rate as a standalone hair loss treatment: 40 to 60 percent of patients show measurable density improvement after a 3-session protocol at 3-month intervals. The strongest evidence supports PRP as an intraoperative or post-transplant adjunct rather than a standalone treatment. As a post-transplant protocol, PRP accelerates graft integration and reduces shock loss duration.
Exosome therapy success rate is building evidence. Early clinical trials show 30 to 50 percent density improvement in early diffuse thinning when combined with microneedling. No large-scale RCT data yet. The most persuasive evidence is in the post-transplant healing context, where exosomes reduce shock loss duration and improve integration speed by up to 30 percent.
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How to Maximise Your Hair Transplant Success Rate
Six variables within the patient’s control before and after surgery have the most significant impact on individual success rate.
| # | VARIABLE | WHY IT MATTERS |
|---|---|---|
| 1 | Stop nicotine 2 weeks pre-op, 4 weeks post-op | Nicotine causes microvascular vasoconstriction, reducing blood supply to transplanted grafts by 30 to 40 percent. This directly reduces graft survival in the first weeks post-implantation. |
| 2 | No alcohol 5 days pre-op, 7 days post-op | Alcohol thins blood, increasing intra-operative bleeding and affecting anaesthetic dosing. Post-op: impairs wound healing and graft site recovery. |
| 3 | No touching for 72 hours post-op | Grafts are not anchored in the first 72 hours. Any mechanical pressure, touching, or bending dislodges them permanently. Sleep face-up on a travel pillow. |
| 4 | Saline spray every 30 min, day 1–3 | Prevents graft desiccation in the critical post-implantation window. A dry graft dies. The spray keeps the follicle hydrated while the surrounding tissue vasculature re-establishes. |
| 5 | Choose a surgeon who implants personally | The ISHRS classifies Choi pen implantation as a skin incision, meaning it is a surgical act requiring a licensed surgeon. Ask this question before booking: who places the grafts? |
| 6 | Maintain finasteride or dutasteride long-term | Transplanted grafts are permanent. The native hair around them is not. Medical therapy protects surrounding native hair and preserves the overall density result for decades rather than years. |
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Why Dr. Terziler Exclusive Clinic Achieves the Highest Success Rates
Six clinical decisions separate outcomes at Dr. Terziler Exclusive Clinic from the industry average.
| FACTOR | IMPACT ON SUCCESS RATE |
|---|---|
| 0.70mm Choi pen (vs 0.75mm standard) | The smallest channel in clinical use. Less recipient site trauma means lower vascular competition per graft and higher marginal survival in dense packing scenarios. |
| ATP-enhanced graft storage (HypoThermosol + ATP) | 72% vs 0% (saline) at day 5. Cooley data, 2014. Standard for all sessions above 2,500 grafts. Non-negotiable protocol. |
| Sub-90 sec out-of-body time ( Robotic DHI) | Shortest ischemia window of any technique in clinical practice. Direct driver of up to 97% graft survival. |
| Surgeon performs 100% of implantation | ISHRS classifies Choi pen use as a skin incision. Every graft at this clinic is placed by Dr. Terziler personally. Not delegated. Not supervised. Placed. |
| AAACI accreditation | Facility audit by the same body that certifies US ambulatory surgery centres. Sterilisation, staff qualifications, environment, outcomes: all independently verified. |
| Tricho Test + trichoscopy pre-assessment | No candidate is accepted without donor density mapping and hair loss type confirmation. Wrong patient selection is the most preventable cause of failure in the industry. |
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Frequently Asked Questions
The hair transplant success rate is 85 to 98 percent depending on technique, surgeon experience, and hair loss type. Graft survival rate reaches 90 to 97 percent in DHI procedures and up to 97 percent with Robotic DHI. Overall patient satisfaction rate ranges from 85 to 95 percent across all techniques.
Hair transplant crown area success rate is 75 to 90 percent, lower than hairline procedures. The crown’s radial whorl growth pattern requires individual directional placement for each graft. The crown also receives the scalp’s last vascular supply, limiting safe implantation density. Androgenetic progression around transplanted crown grafts continues without medical therapy.
Yes, hair transplants can fail. Clinical failure, defined as less than 70 percent graft survival, occurs in under 5 percent of procedures at ISHRS-member accredited clinics. The main causes are high transection rates during extraction, excessive out-of-body time, saline-only graft storage (0% survival at day 5), and implantation performed by technicians rather than surgeons.
Clinical failure occurs in under 5 percent of procedures at accredited clinics. Patient-reported dissatisfaction occurs in approximately 10 to 15 percent of cases industry-wide. The majority of reported failures on social media are shock loss events in months 2 to 4, where patients misidentify normal telogen effluvium as procedure failure.
FUE hair transplant achieves a graft survival rate of 90 to 95 percent when performed by an experienced surgeon with a transection rate below 5 percent. Undertrained operators exceed 15 to 20 percent transection, reducing effective graft survival before implantation begins.
DHI hair transplant achieves a graft survival rate of 90 to 97 percent, higher than FUE, because the Choi implanter pen places each graft immediately without a waiting period for pre-made channel creation. This reduces the ischemia window from minutes to seconds per graft.
Robotic DHI achieves graft survival of up to 97 percent, the highest of any available technique. The Robotic DHI system achieves average out-of-body time under 90 seconds per graft, the shortest ischemia window in clinical practice. ATP-enhanced graft storage is used as standard protocol.
Transplanted hair grafts are permanent. Donor zone follicles are DHT-resistant and retain that resistance after transplantation. They do not miniaturise in the new location. The surrounding native hair continues to progress with androgenetic alopecia without finasteride or minoxidil. The transplant is permanent. The overall density result depends on managing ongoing native hair loss.
Female hair transplant success rate is 85 to 93 percent graft survival, comparable to male procedures at the same technique level. Women with stable hair loss are better surgical candidates than women with rapidly progressive androgenetic alopecia. DHI is the preferred technique because it allows targeted extraction without full shaving of the donor area.
Scarring alopecia hair transplant success rate is 30 to 60 percent, significantly lower than androgenetic alopecia. Frontal Fibrosing Alopecia has the lowest rate at 25 to 50 percent and is a relative-to-absolute contraindication at most clinics. Active inflammation must be confirmed absent by biopsy before surgery.
Eyebrow hair transplant success rate is 80 to 92 percent with an experienced surgeon using DHI technique. The critical variable is angulation precision. Eyebrow hairs grow at a near-flat 10 to 15 degree angle. Incorrect angle placement produces hairs that grow upright rather than flat, the most common technical failure in eyebrow transplants.
Beard hair transplant success rate is 85 to 94 percent with DHI technique. Beard grafts are single-hair follicular units placed at precise angles matching the natural beard grain. The face’s rich vascular supply supports high graft survival rates in beard procedures.
Second hair transplant success rate is 85 to 93 percent in patients with adequate residual donor density. A second session requires a minimum of 12 months after the first, after trichoscopy confirms sufficient residual follicle density in the donor zone.
HypoThermosol combined with ATP gives the highest graft survival rate. Dr. Jerry Cooley’s research found 72 percent graft survival at day 5 with HypoThermosol plus ATP, compared to 44 percent with HypoThermosol alone and 0 percent with standard saline.
Six factors within patient control maximise success rate: no nicotine 2 weeks before and 4 weeks after surgery; no alcohol 5 days pre- and 7 days post-op; no touching of grafts for 72 hours post-op; saline spray every 30 minutes for the first 3 days; choosing a surgeon who performs implantation personally; and maintaining finasteride or dutasteride long-term to protect surrounding native hair.
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References & Sources
All clinical data, statistics, and technique standards cited in this article are drawn from peer-reviewed research, ISHRS clinical guidelines, and Dr. Terziler Exclusive Clinic published protocols. Direct source links are provided below for editorial and schema verification.
1. ISHRS — International Society of Hair Restoration Surgery
Clinical guidelines on surgical technique standards, DHI implantation classification (Choi pen as skin incision), technician scope of practice, and technique safety protocols.
→ https://ishrs.org/7-innovative-techniques-in-hair-transplantation/
2. Cooley JE — Graft Storage & Preservation (Journal of Hair Restoration Surgery, 2014)
Primary source for HypoThermosol + ATP graft survival data: 72% survival at day 5 vs. 44% (HypoThermosol alone) vs. 0% (saline). Cited for all ATP storage references in this article.
→ https://pubmed.ncbi.nlm.nih.gov/34397467/
3. NEJM — Finasteride for Male Androgenetic Alopecia
Clinical evidence for 80–90% androgenetic hair loss arrest in male finasteride users. Basis for long-term medical management recommendations post-transplant.
→ https://www.nejm.org/doi/full/10.1056/NEJMoa030660
4. FDA — Hair Loss Treatments (fda.gov)
Regulatory approvals for minoxidil and LLLT devices for hair loss. Referenced for non-surgical treatment evidence claims.
→ https://www.fda.gov/consumers/consumer-updates/hair-loss
5. AAACI — American Association for Accreditation of Ambulatory Surgery Facilities
Accreditation standards for ambulatory surgery facilities. Dr. Terziler Exclusive Clinic holds AAACI accreditation. Source for all clinic accreditation claims.
6. ISHRS Practice Census 2021 — Global Hair Transplant Volume
Source for the 25–35% Turkey global volume figure and worldwide procedure growth data.
→ https://www.ishrs.org/resource/practice-census/
7. Dr. Terziler Exclusive Clinic — Robotic DHI Clinical Data
Proprietary outcome data: average out-of-body time under 90 seconds per graft (Picasso Robotic DHI), 0.70mm Choi pen diameter, ATP graft storage protocol standard for sessions over 2,500 grafts.
→ https://drterziler.com/hair-transplant-turkey/robotic-dhi/
Page reviewed and authored by Dr. Servet Terziler, M.D.
AACI Accredited Surgeon | ISHRS Workshop Member | Inventor, Robotic DHI | Dr. Terziler Exclusive Clinic, Istanbul
Last updated: June 2026
Dr. Terziler Exclusive Clinic in Istanbul is an AAACI-accredited premium hair transplant and medical aesthetics center. Dr. Servet Terziler, known as the Picasso of Hair, developed the proprietary Robotic DHI method and Robotic DHI machine to provide high-density, natural hair restoration and world-class medical safety for international patients.
