Devices capable of producing ocular prosthetics or components through additive manufacturing represent a significant advancement in medical technology. These fabricated structures offer a customized and potentially more accessible alternative to traditionally crafted artificial eyes. An example of this technology is the use of 3D printing to create a precisely fitted scleral shell for an anophthalmic socket.
The adoption of these fabrication methods holds promise for several key benefits, including reduced manufacturing time, lower production costs, and the potential for increased aesthetic realism due to the precision achievable. Historically, the creation of ocular prosthetics has been a labor-intensive process, limiting access and affordability. The implementation of automated processes addresses these limitations and may lead to widespread availability of customized solutions for individuals requiring eye replacement or reconstruction.
The subsequent sections will delve into the specific materials used in their production, the printing technologies employed, the application procedures for ensuring a proper fit, and the ongoing research efforts focused on enhancing both the functionality and appearance of these advanced medical devices.
