Types of Ear Reconstruction Surgery
Ear reconstruction encompasses a range of surgical procedures designed to correct congenital malformations, traumatic injuries, and aesthetic concerns affecting the external ear. The complexity of ear reconstruction varies enormously, from relatively straightforward otoplasty for prominent ears to multi-stage total ear reconstruction for microtia, one of the most challenging procedures in all of plastic surgery. The external ear, or auricle, has a complex three-dimensional structure with intricate folds, ridges, and depressions that must be faithfully recreated for an aesthetically pleasing and natural-looking result. This demands exceptional surgical skill, deep understanding of ear anatomy and aesthetics, and in the case of microtia repair, the ability to carve and sculpt cartilage into a realistic ear framework.
The main categories of ear reconstruction include otoplasty for correction of prominent (protruding) ears, microtia repair for congenital absence or severe underdevelopment of the ear, reconstruction after traumatic ear loss from accidents, burns, or cancer surgery, and correction of other congenital ear anomalies such as Stahl's ear, constricted ear, and cryptotia. Each condition requires a different surgical approach and level of expertise, and the best outcomes are achieved when the surgeon has specific experience with the patient's particular type of ear abnormality. At international centers like Acıbadem Maslak Hospital, both ENT surgeons and plastic surgeons with ear reconstruction expertise are available to address the full range of ear conditions.

Microtia Repair Surgery
Microtia is a congenital condition where the external ear is underdeveloped or absent, occurring in approximately one in 6,000 to 12,000 births. The condition ranges from mild (Grade I, a slightly small but recognizable ear) to severe (Grade IV, anotia, complete absence of the ear). Microtia is typically accompanied by atresia or stenosis of the ear canal, resulting in conductive hearing loss in the affected ear. Surgical reconstruction of the microtic ear is one of the most technically demanding procedures in plastic surgery, requiring the surgeon to create a three-dimensional ear framework from the patient's own rib cartilage that replicates the complex contours of a normal ear. The procedure is typically performed in two to four stages over a period of several months.
The Nagata-Firmin technique is the most widely used approach for rib cartilage ear reconstruction, typically performed in two stages. In the first stage, cartilage is harvested from the patient's rib cage (usually ribs six through nine) and meticulously carved and assembled into a three-dimensional ear framework that replicates the helix, antihelix, tragus, and other anatomical landmarks of a normal ear. This framework is placed in a subcutaneous pocket created at the ear site. In the second stage, performed approximately six months later, the ear framework is elevated from the head to create a normal-appearing auriculocephalic angle, and a skin graft is placed behind the ear to cover the exposed cartilage. Some surgeons prefer a three or four-stage approach that includes additional refinement steps for optimal aesthetic results.
Medpor ear reconstruction uses a porous polyethylene implant instead of autologous rib cartilage, offering the advantage of a single-stage procedure without the need for rib cartilage harvest. The Medpor framework is covered with a temporoparietal fascia flap and skin graft. While this approach avoids donor-site morbidity from rib cartilage harvest and can be performed in younger children, the synthetic framework carries a risk of implant exposure over time and is generally less well-accepted by some surgeons due to these long-term concerns. Prosthetic ear attachment using bone-anchored implants is another option, particularly for patients who are not candidates for surgical reconstruction or who prefer a non-surgical solution. At Memorial Şişli Hospital, all reconstruction options are available, and the surgical team helps families choose the approach that best suits their child's specific anatomy, age, and family preferences.
Otoplasty for Prominent Ears
Otoplasty, also known as ear pinning or ear reshaping surgery, corrects protruding or overly prominent ears by reshaping the ear cartilage to create a more natural position closer to the head. Prominent ears are primarily caused by an underdeveloped antihelical fold (the inner rim of cartilage that helps the ear lie flat against the head) and/or excessive conchal cartilage (the cup-shaped cartilage that projects the ear outward). The condition affects approximately 5 percent of the population and can cause significant psychological distress, particularly in children who may experience teasing and social stigma. Otoplasty is one of the few cosmetic procedures that can be performed in children as young as five to six years old, when the ear has reached approximately 85 percent of adult size.
Several otoplasty techniques are available, with the choice depending on the specific anatomical cause of the ear prominence and the surgeon's preference. The Mustardé technique uses permanent sutures to create or enhance the antihelical fold by folding the cartilage into a more natural position. The Furnas technique uses sutures to set back the conchal bowl closer to the mastoid bone. Many surgeons combine both techniques and may also score, abrade, or remove cartilage to achieve the desired contour. Modern cartilage-sparing techniques that rely on sutures rather than cartilage excision generally produce more natural-looking results with lower complication rates and can be reversed if needed.
At Acıbadem Maslak Hospital, otoplasty is performed as an outpatient procedure under local anesthesia with sedation for adults or general anesthesia for children. The procedure takes approximately one to two hours for both ears and is performed through an incision behind the ear that leaves no visible scar from the front. Patients wear a headband continuously for one week and at night for an additional four to six weeks to protect the ears during healing. Most patients are very satisfied with their otoplasty results, with studies reporting satisfaction rates exceeding 90 percent. The procedure is one of the most straightforward and predictable in plastic surgery, making it an excellent choice for patients traveling abroad.
Cost Comparison by Country
Ear Reconstruction Cost Comparison 2025
| Country | Otoplasty | Microtia Repair | Savings vs USA |
|---|---|---|---|
| USA | $5,000 - $10,000 | $15,000 - $40,000 | — |
| Turkey | $1,500 - $3,500 | $5,000 - $12,000 | Up to 72% |
| India | $1,000 - $2,500 | $3,500 - $8,000 | Up to 80% |
| Thailand | $2,000 - $4,000 | $6,000 - $15,000 | Up to 65% |
| South Korea | $2,500 - $5,000 | $8,000 - $20,000 | Up to 50% |
| Mexico | $1,500 - $3,500 | $5,000 - $12,000 | Up to 70% |
| Germany | $3,000 - $7,000 | $10,000 - $25,000 | Up to 40% |
Microtia repair is complex and may require multiple surgical stages. Prices are per stage. Otoplasty prices include both ears. Prosthetic ear options are additional.
Turkey provides excellent value for ear reconstruction surgery, with otoplasty available for $1,500 to $3,500 and microtia repair stages priced at $5,000 to $12,000 each at leading hospitals. Acıbadem Maslak Hospital offers comprehensive ear reconstruction services with surgeons experienced in both rib cartilage and Medpor techniques for microtia, as well as all modern otoplasty approaches for prominent ears. The total cost of microtia reconstruction in Turkey, including two stages of surgery, hospital stays, and follow-up, is typically $10,000 to $24,000, compared to $30,000 to $80,000 in the United States. India and Mexico offer similarly competitive pricing, while South Korea and Germany provide higher-priced options with strong academic programs in facial reconstruction.
Need ear reconstruction? Get free quotes from experienced reconstructive surgeons at accredited international centers.
Get Free QuoteChoosing Your Ear Reconstruction Surgeon
Choosing the right surgeon for ear reconstruction is critical, as the quality of results varies significantly based on surgeon experience and specialization. For microtia repair, seek a surgeon who has performed at least 50 to 100 rib cartilage reconstructions, as this is one of the most technically challenging procedures in plastic surgery and results are highly surgeon-dependent. Ask to see before-and-after photos from multiple angles, including close-ups that show the detail of the created cartilage framework, and request to speak with families of previous patients. For otoplasty, choose a surgeon with extensive experience in ear reshaping who can demonstrate consistent, natural-looking results across a range of patients with different types of ear prominence.

Recovery & Results
Recovery from otoplasty is relatively quick and straightforward. A protective headband is worn continuously for the first week and at night for four to six weeks. Mild pain and swelling are expected for the first few days and are managed with oral analgesics. Most children return to school within one week, and adults can resume work within a few days for desk-based occupations. Contact sports should be avoided for six to eight weeks. Final results are visible once swelling has fully resolved, typically within four to six weeks, with the ears maintaining their corrected position permanently in the vast majority of cases.
Recovery from microtia repair is more complex and extends over the multiple stages of reconstruction. After the first stage involving rib cartilage harvest and framework implantation, patients experience chest wall soreness from the cartilage donor site for two to three weeks, along with swelling and mild discomfort at the ear reconstruction site. A protective dressing is worn for one to two weeks. The second stage, which elevates the reconstructed ear from the head, requires a skin graft that takes two to three weeks to heal completely. Between stages, typically spaced six months apart, the patient lives with the partially completed reconstruction. The final result of microtia repair, when performed by a skilled surgeon, can be remarkably natural in appearance, with patients and families consistently expressing high satisfaction with the outcome.
Our daughter was born with microtia and we spent two years researching the best options. The reconstruction done in Istanbul was extraordinary — her new ear looks incredibly natural. The cost was a fraction of what we were quoted in the US, and the surgeon's expertise was world-class.
Lisa and Michael H., parents of microtia patient from the UK
Frequently Asked Questions
Frequently Asked Questions
What is the best age for microtia repair?
Rib cartilage reconstruction is typically performed at age 8-10 when the rib cage is large enough to provide adequate cartilage and the opposite ear is close to adult size for symmetry comparison. Medpor reconstruction can be done earlier, at age 3-4. Otoplasty can be performed from age 5-6.
How many surgeries does microtia repair require?
Traditional rib cartilage reconstruction requires 2-4 stages spaced 6 months apart. Medpor reconstruction is typically a single stage. The total treatment timeline is usually 1-2 years for rib cartilage and 3-6 months for Medpor approaches.
Will my child hear better after microtia repair?
Ear reconstruction addresses the external appearance of the ear only. Hearing improvement requires separate procedures to address the ear canal atresia, such as atresiaplasty or bone-anchored hearing devices. These can be done concurrently or separately from the reconstruction.
Is otoplasty permanent?
Yes, otoplasty results are permanent in the vast majority of cases. The reshaped cartilage maintains its new position as it heals. Recurrence of prominence, typically partial, occurs in approximately 5-10% of cases and can usually be corrected with a minor revision procedure.
How long should I stay abroad for ear reconstruction?
For otoplasty, plan 5-7 days after surgery. For microtia repair (each stage), plan 10-14 days for adequate healing and follow-up. If multiple stages are needed, you will need to plan separate trips spaced approximately 6 months apart.