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3D Printing Restoring Hearing for Children in Middle East

December 22, 2023

Jason Szolomayer, founder of 3DP4ME, a U.S.-based nonprofit, is making significant strides in the Middle East, particularly in Jordan, by providing 3D printed hearing aids to children in need. This initiative is vital in a region where access to hearing aid technology is limited, especially among Syrian and Palestinian refugees. According to World Health Organization data, out of the 72 million people worldwide needing hearing aids, only 10% have access to them.

3D Printing Restoring Hearing for Children in Middle East
A child, sporting her new 3D printed hearing aid. (Image Credit: 3DP4ME)

Szolomayer’s journey began with his experience in humanitarian work, which led him to Jordan. Observing the dire need for hearing assistance among children, he identified 3D printing as an efficient solution. This technology has revolutionized the process of creating hearing aids, allowing for faster production and customization to individual needs. Szolomayer’s team uses a mobile 3D scanner to create ear moldings that precisely fit each child. The process, which takes just two minutes, ensures accurate moldings essential for effective hearing aid function.

3DP4ME’s work extends beyond providing hearing aids. The organization also facilitates speech therapy for children to adapt to their improved hearing levels. This comprehensive approach aims to integrate these children more fully into society, breaking down barriers posed by hearing impairments.

The organization’s efforts have faced challenges, including funding difficulties. However, the intervention of an anonymous donor has ensured the continuation of this critical work. 3DP4ME’s partnership with the King Hussein Foundation expands their reach, addressing the lack of hearing loss services in various regions of Jordan.

This endeavor highlights the feasibility of deploying advanced technology in challenging environments, opening doors for similar interventions in other medical fields and regions. As 3D printing continues to evolve, its role in creating tailored healthcare solutions, especially in areas with limited resources, could significantly enhance medical care delivery worldwide, heralding a new era of accessible and personalized medical aid.

For more information or to donate to 3DP4ME, please visit the 3DP4ME website at this link.

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About the author | Phillip Keane
Phillip is an aerospace engineer from UK. He is a graduate of Coventry University (UK), International Space University (France) and Nanyang Technological University (Singapore), where he studied Advanced Manufacturing at the Singapore Centre for 3D Printing.
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