Protruding or prominent ears, one of the most common congenital deformities of the head and neck, can lead to significant psychosocial distress, low self-esteem, and social challenges, including bullying. This condition affects millions of children, teens, and adults worldwide. Traditional otoplasty, though effective, involves invasive surgery, scarring, and longer recovery times. In response, a new non-surgical, minimally invasive technique using APTOS threads has been developed to address protruding ears.

This incisionless otoplasty procedure involves the insertion of 4/0 APTOS threads under the skin to reshape the anti-helical fold, effectively pinning the ears back and improving their appearance. The technique offers several advantages over traditional methods: no visible scarring, reduced healing time, and the ability to see results immediately after the procedure. Additionally, it eliminates the need for post-operative bandages and requires no general anesthesia.

The procedure is tailored to each patient, with careful consideration of clinical photographs and computerized imaging to determine the most suitable treatment plan. This innovative approach combines cutting-edge, non-invasive technology with healthcare advancements to provide a permanent, natural-looking outcome. Patients can expect the ear cartilage to conform to its new shape within 3 to 6 months, offering them a long-term solution with minimal risk of infection and faster recovery. This technique represents a significant step forward in offering both pediatric and adult patients an effective, minimally invasive alternative to traditional otoplasty.

Haider Qusous (BDS) is a dentist based in Amman, Jordan, working in private practice. He has contributed professional articles to Smile Dental Journal, focusing on clinical dentistry and patient care. In 2015, he authored the article “Non Traditional Treatment Modality for Bruxism”, which discussed the use of Botulinum Toxin as an adjunct treatment for bruxism and temporomandibular joint (TMJ) disorders. His work highlights modern approaches to managing jaw pain, teeth grinding, and related dental complications.