DJ Workstation Frame (Exploded T1–T12)

Yes. I’d actually give it a very strict engineering prompt so it doesn’t “design” anything on its own. Tell it to only model exactly what you specify. ⸻ Prompt You are a mechanical engineer creating a fabrication-ready 3D CAD model. Do NOT redesign, optimise or change any dimensions. If something appears inconsistent, stop and report it instead of guessing. Project Create a welded steel DJ workstation frame using 20×20×2 mm square hollow steel (SHS). This is only the steel frame. Do NOT model wood panels, flat bar supports, bolts or hardware unless requested later. ⸻ Overall Dimensions * External Width: 1250 mm * External Depth: 700 mm * External Height: 910 mm All dimensions are in millimetres. ⸻ Construction Use simple butt joints. No mitred corners. Top frame sits on top of the uprights. The base has NO front horizontal rail. The subwoofer and speaker sit directly on the floor. ⸻ Top Frame Construct one complete rectangle. Members: * Front rail = 1250 * Rear rail = 1250 * Left side = 660 * Right side = 660 ⸻ Uprights Six vertical uprights. Each upright: * 20×20 SHS * Length = 890 Locations: * Left Front * Left Rear * Centre Front * Centre Rear * Right Front * Right Rear ⸻ Base Frame NO front rail. Members: Rear rails: * Left rear = 700 * Right rear = 490 Front-to-back rails: * Left side = 660 * Centre divider = 660 * Right side = 660 ⸻ Left Shelf Frame Shelf height: Top of tube = 570 mm above finished floor Rectangle: * Front = 700 * Rear = 700 * Left = 660 * Right = 660 ⸻ Right Shelf Frame Shelf height: Top of tube = 690 mm above finished floor Rectangle: * Front = 490 * Rear = 490 * Left = 660 * Right = 660 ⸻ Openings Lower Left Opening: * Width = 700 * Height = 570 Lower Right Opening: * Width = 490 * Height = 690 Upper Left Opening: * Width = 700 * Height = 300 Upper Right Opening: * Width = 490 * Height = 200 Overall external height remains 910 mm. ⸻ Verification Required After modelling, perform a complete interference and fabrication check. Confirm: * Every member intersects correctly. * Every frame closes. * No member overlaps another. * No member is missing. * Shelf heights are correct. * Overall dimensions remain exactly: 1250 × 700 × 910. Then generate: 1. Full cut list. 2. Total steel length. 3. Exploded view. 4. Front elevation. 5. Side elevation. 6. Rear elevation. 7. Top view. 8. Isometric view. ⸻ IMPORTANT If any dimension causes a conflict, do not modify the model. Instead report: * Which members conflict. * Why. * The exact dimension causing the issue. Do not invent dimensions. Do not optimise the frame. Do not make assumptions. The objective is to verify the engineering exactly as specified. ⸻ One more thing I’d add (this is important) “Dimension every tube from its centreline and assign part numbers (T1, T2, T3…) so the cut list corresponds directly to the model.”

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.