Ear-piercing technique by using an eyelet-type Teflon piercer (Eyelet-Piercer)

Area of Science:

• Otorhinolaryngology
• Biomaterials Science
• Medical Device Innovation

Background:

• Traditional earlobe piercing methods often involve metal studs, leading to potential complications like allergic reactions and delayed earring choices.
• Metal allergies are a common concern for individuals undergoing earlobe piercing, limiting their earring options and post-procedure care.

Purpose of the Study:

• To introduce and evaluate a novel earlobe piercing technique utilizing a continuous indwelling Teflon tube (Eyelet-Piercer).
• To assess the advantages of the Eyelet-Piercer method regarding immediate earring compatibility and suitability for individuals with metal sensitivities.
• To compare the complication rates of the Eyelet-Piercer technique with conventional metal earring piercing methods.

Main Methods:

• Development of an eyelet-shaped Teflon tube (Eyelet-Piercer) designed for continuous placement in the earlobe.
• Application of the Eyelet-Piercer for earlobe piercing in a study cohort.
• Monitoring and comparison of complication incidence between the novel technique and conventional piercing methods using metal earrings.

Main Results:

• The Eyelet-Piercer technique facilitates the immediate use of any desired pierced earrings post-procedure.
• Individuals with metal allergies can safely wear pierced earrings using this novel Teflon tube method.
• A lower incidence of complications was observed with the Eyelet-Piercer technique compared to conventional metal earring piercings.

Conclusions:

• The Eyelet-Piercer method offers a safe and versatile alternative for earlobe piercing, accommodating diverse earring types and mitigating allergy risks.
• This innovative technique demonstrates a reduced complication profile, enhancing patient safety and satisfaction in earlobe piercing procedures.