A buried ear deformity occurs when the upper part of the ear is partially or completely “buried” under the skin of the side of the head, causing the natural groove between the ear and the scalp to disappear. While some mild cases can be corrected through non-surgical molding techniques , more severe or late-detected cases often require ear reconstruction surgery (otoplasty) to restore both the ear’s structure and appearance. The Surgical Process Buried ear reconstruction surgery is a delicate procedure performed by specialists in facial and ear plastic surgery. The procedure typically includes the following steps: Benefits of Surgical Correction Recovery and Postoperative Care Doctor's Advice Early detection and timely treatment make correction easier and produce more natural and aesthetic results. If you notice signs such as buried ear, folded ear, or underdeveloped ear , it is recommended to bring your child to a qualified specialist for proper assessment and advice. All information in this article is for general reference and should not replace medical diagnosis or doctor’s instructions. Please follow your physician’s guidance for your specific case. For detailed and confidential consultation, please contact us: 0974.700.600 – 0866.900.800 This content is professional and intended for health education purposes for adults aged 18 and above.

Recent advances now allow children born with microtia (a congenital under-development of the outer ear) to undergo successful ear reconstruction with just a single surgical procedure —often before they begin school—producing results comparable to a natural ear. Earlier Practice: Multiple Surgeries at a Later Age Traditionally, ear reconstruction involved two or more operations. Surgeons first carved an ear framework from the child’s rib cartilage, then performed a second operation months later to elevate and refine the ear shape. Because rib-cartilage reconstruction requires enough tissue to be harvested safely, surgery was often delayed until the child was around 10–12 years old. Many children therefore lived for years with the psychological burden of a visible deformity and peer teasing. New Technique: Artificial Ear Framework for Early Reconstruction A newer approach uses a pre-formed artificial ear framework made of porous, biocompatible material (such as Medpor or Omnipore). This technique makes it possible to reconstruct an ear in one operation , even when the child is only 4–6 years old. The artificial framework is designed in the shape of a natural human ear. Its porous structure allows soft tissue to grow in and around it, creating long-term stability and a natural-looking contour. Real Case Example A 6-year-old boy underwent early ear reconstruction using this method. One year after surgery, the reconstructed ear had healed well with no complications, and the aesthetic appearance was highly natural. Before surgery, the child was shy, often avoided preschool activities, and felt self-conscious due to teasing from peers. After reconstruction, he became more confident, integrated better into school life, and achieved good academic performance. His parents expressed relief and happiness at the transformation. Why This Approach Matters What Parents Should Know Microtia is a congenital condition that affects the structure of the outer ear and sometimes the ear canal and middle ear. It may impact both appearance and hearing. The condition typically occurs in about 1.5 per 2,000–4,000 newborns. Early ear reconstruction—especially before a child starts school—can provide both functional and psychological benefits, helping children participate confidently in social and academic environments.

Many parents worry when their newborn’s ear looks “folded in,” smaller than usual, or partially hidden under the skin. This condition is called Buried Ear (Tai vùi) — a congenital ear deformity that can affect both the shape and function of the ear. The good news is: 👉 Buried Ear can often be corrected without surgery , even beyond the newborn stage , sometimes up to 5 years of age — which is quite unique compared to most other ear deformities. 💡 Why is that possible? In cases where the ear’s cartilage framework is normal but merely hidden beneath the skin, doctors can use gentle molding techniques to guide the ear back into its natural shape. Unlike other infant ear conditions, the cartilage in buried ear deformities doesn’t need to be soft and flexible at the time of correction. 👂 The EarWell™ Infant Ear Correction System Modern technology now offers a highly effective non-surgical option — the EarWell™ System , a specially designed device that gently reshapes the ear. This system works by: ✨ Proven Benefits of EarWell™ ✅ Non-surgical and permanent correction for infants ✅ FDA-approved medical device ✅ Painless and safe , with over 90% success rate ✅ Visible improvement within a few weeks ✅ More affordable than surgical reconstruction later in life 🧡 Early treatment matters! If you notice unusual ear shapes in your baby — such as folding, flattening, or partial burial — consult a specialist early. Early correction not only improves appearance but can also support normal ear growth and boost your child’s confidence in the future. 📌 All information in this post is for general reference only. Please follow your doctor’s guidance for each specific case. 📩 Message us or call for private consultation and detailed advice. 📞 0974.700.600 – 0866.900.800 📍 Professional medical content – for health education purposes, intended for adults over 18 years old.

The plastic used for    is a porous high-density  specially formulated to use as the material to make body implant, so it is also called with a specific name as OMNIPORE. The high density is to ensure Omnipore strong, its interconnecting open pore structure allows for body’s tissue ingrowth (see figure above). The invitro and invivo studies show that Omnipore is biocompatible, easily tolerated by the body and does not cause any harm. Omnipore has a decades-old history of applicating to make implant frames in plastic surgery to show its high level of reliability.

A  silicon prosthetic ear  can be created to look very similar to a patient’s normal ear. The ear prosthesis procedure is simpler and less risk than   . It provides an option for patients who are not candidates for surgery. A disadvantage of prosthetic ear is the fading of ear color and deterioration of the prosthesis requires replacement every 2–3 years. There are two methods that are used to attach the ear prostheses. One uses a glue to adhere the ear to the skin. The second method uses titanium implants   which are placed onto the bone around the ear. The prosthetic ear can then be “snapped” into place. The prosthetic ear using a glue needs to be removed at night and replaced each morning, difficulty hiding the seam between the prosthesis and cheek normal skin and may lose the prosthesis during sport or rough play. The prosthetic ear using implants do not to be removed and replaced each day.

No. Typically, sonographers do not focus on looking for Microtia or the details of the ears. Sonographers focus more on the organs of the baby, to make sure everything is developing correctly. Ultrasounds are used to detect abnormal features such as in Down’s Syndrome or mis-shapen limbs, along with general blood screening if requested, etc…. It is possible that you can ask the sonographer to look for more details as ultrasound technology today has improved greatly. However, this would only notify you that your child would have Microtia. An ultrasound can not prevent Microtia from happening nor can it fix it.