Industrial Electronics Enclosure

Generate a 3D CAD model of an industrial electronics enclosure consisting of two separate interlocking parts: a main box (base) and a bottom-hinged door. Part 1: Main Box (Base) - Create a solid block: width 330mm, height 270mm, depth 82mm. - Subtract an inner pocket from the front to make it hollow: inner width 322mm, inner height 262mm, inner depth 78mm. This leaves a uniform 4mm wall thickness and a 4mm solid back wall. - On the back wall, add four 5mm countersunk holes in the corners for wall mounting. - Bottom Hinge (Base Part): At the bottom outer face, add two separate hinge tubes with a 3mm through-hole. One tube is 50mm long on the far left corner, and the other is 50mm long on the far right corner. The space between them remains empty. - Locking Mechanism: At the top left and top right internal corners inside the box, add a small 4mm thick mounting tab, each featuring an M4-sized screw hole. Part 2: Front Door (Lid) - Create a flat solid plate: width 330mm, height 270mm, thickness 4mm. - Cut a rectangular display window exactly centered in the middle. Window dimensions: width 312mm, height 250mm. - Bottom Hinge (Door Part): At the bottom edge, add a single centered hinge tube with a 3mm through-hole. It must be exactly 226mm long and placed dead center so it fits perfectly between the two bottom hinge tubes of Part 1. - Locking Mechanism: At the top left and top right corners of the plate, add two countersunk M4 holes that align perfectly with the mounting tabs of Part 1, allowing the door to be screwed shut from the front. Design Constraints: - Do not add any legs, pillars, or external pegs underneath or outside the box. - Keep all outer vertical corners smooth with a 3mm radius.

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.