We design enclosures and cases for electronics, equipment, and consumer products — covering everything from internal component fit and ventilation to assembly method and manufacturability. An enclosure has to do more than look good: it needs to house internal components correctly, allow for necessary airflow or access, accommodate fasteners or snap-fit assembly, and be designed with the actual manufacturing process (injection molding, sheet metal, 3D printing) in mind from the start.

Whether you're housing a PCB, protecting sensitive equipment, or designing a case for a consumer product, we model enclosures that account for internal clearances, mounting points, and how the parts will actually be produced — not just how they render.

Internal layout accounting for PCBs, components, cabling, and required clearances

Ventilation, cable access, and connector cutouts placed to spec

Assembly method design — snap-fits, screw bosses, hinges, or gasket seating as needed

Draft angles and wall thickness suited to the intended manufacturing method (injection molding, sheet metal, or 3D printing)

Manufacturing-ready CAD files, plus rendered images if needed for presentation