Enclosures for desktop computing hardware fabricated via additive manufacturing enable customized designs and geometries not readily achievable through traditional manufacturing methods. These structures, typically constructed from thermoplastics, house and protect internal components such as the motherboard, power supply, and storage devices. An example would be a uniquely shaped housing with integrated cooling features tailored to specific hardware configurations.
The significance of utilizing additive manufacturing for this purpose lies in the potential for personalization, rapid prototyping, and low-volume production. Benefits include optimized airflow for thermal management, tailored aesthetics, and the ability to create enclosures for unusual or legacy hardware. Historically, such enclosures were limited to mass-produced designs, whereas additive manufacturing empowers individuals and small businesses to create bespoke solutions.
The subsequent sections will delve into material considerations, design principles, manufacturing processes, and the economic viability of producing customized desktop enclosures using additive manufacturing techniques.
