The availability of digital design files that allow for the creation of a device intended to create holes in the ear using additive manufacturing technology is a noteworthy development. These files, typically in a standardized format, facilitate the production of physical objects from a digital model, in this case, a mechanism for piercing ears.
The potential benefits of such a capability include customization, localized manufacturing, and the opportunity for innovation in device design. Historically, ear piercing has been performed using manually operated tools. The introduction of 3D printing brings the prospect of greater precision and potentially more hygienic, single-use applications. Furthermore, the open-source nature of digital files can enable adaptation to specific needs or preferences.
