Female (+) Socket Housing

# 3D Model Creation Prompt – Female (+) Socket Create a precise, fully 3D-printable model featuring a **female (+) cross-shaped socket** designed to fit a blue Zhouwang clicker keyboard switch. ### 1. Socket Dimensions Create an accurately sized recessed female (+) socket with the following specifications: - **Overall socket dimensions:** 4.2 mm × 4.2 mm - **Cross arm width:** 1.35 mm - **Socket depth:** 3.5 mm - **Socket shape:** Symmetrical plus (+) shaped cavity - **Socket orientation:** Centered and aligned vertically and horizontally. ### 2. Geometry Requirements - Create a recessed cross-shaped cavity rather than a raised cross. - Ensure the four arms of the socket are evenly proportioned. - Keep the interior walls straight, smooth, and vertical. - Maintain a flat bottom at the full 3.5 mm socket depth. - Ensure the socket is centered within the surrounding 3D model. - Avoid rounded or distorted interior corners that could interfere with the clicker fitting. ### 3. 3D Printing Requirements - Design the model as a solid, watertight, manifold 3D object. - Ensure there are no disconnected surfaces, overlapping geometry, or non-manifold edges. - Make the socket printable using standard FDM 3D printing. - Preserve the specified socket dimensions in the exported geometry. - Do not add unnecessary supports or internal structures. ### 4. Export Requirements Generate the completed model as an actual **STL file (.stl)** that can be opened in standard 3D slicing software such as Bambu Studio, Cura, or OrcaSlicer. The final output must be a downloadable, editable 3D-printable STL file, not a rendering, image, or conceptual visualization. **IMPORTANT:** Prioritize dimensional accuracy of the female (+) socket above visual appearance. Do not change, approximate, or automatically resize the specified measurements.

Parameters

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.