Enclosures for desktop computing systems, designed for fabrication using additive manufacturing techniques, represent a growing niche within the personal computer hardware sector. These structures, typically composed of materials like PLA, ABS, or PETG, are created layer by layer using a 3D printer. A tangible example is a custom-designed housing for a small-form-factor PC, tailored to specific dimensions and component placement.
The ability to produce personalized housings offers several advantages, including customized aesthetics, optimized airflow, and unique component layouts not available in mass-produced options. Historically, modifications to standard cases required significant manual fabrication. Additive manufacturing democratizes this customization, enabling users to create bespoke solutions with relative ease. This offers advantages in compact builds, specialized cooling arrangements, and unique aesthetic designs.
The following sections will explore the design considerations, material choices, printing processes, and potential applications associated with these additively manufactured enclosures in greater detail.
