Devices for personal audio listening that can be produced using additive manufacturing technologies. These consist of component designs modeled in software, then realized as physical objects by a three-dimensional printer, typically using plastics or composite materials. Examples range from simple, single-material designs to complex, multi-part assemblies incorporating electronic components.
The capacity to custom-fabricate audio equipment offers several advantages. Prototyping is accelerated, allowing for rapid iteration and design refinement. Personalization becomes possible, catering to individual ergonomic needs or aesthetic preferences. Historically, such customized manufacturing was prohibitively expensive, but advancements in desktop 3D printing have made it accessible to a wider audience. This has spurred innovation in acoustic design and material science.
Subsequent sections will detail the specific materials commonly used, the software tools necessary for design, the assembly processes involved, and the implications for both hobbyist creators and the broader audio technology industry.
