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Anonymous1775665830
04-08 17:11
Model Name
industrial safe 3d model
Tags
animation
animation realistic
heavy duty
industrial
machine
machine animation
machine animation realistic
machine realistic
mechanical
realistic
Prompt
A large industrial safe designed as a functional mechanical object with clearly separated moving parts. The model must be constructed as multiple separate components (not a single merged mesh), allowing animation and opening. The safe has a rectangular shape and is made of thick heavy steel with realistic industrial materials (brushed metal, dark iron, visible bolts, seams, and slightly worn surfaces). STRUCTURE AND PROPORTIONS: The safe is divided internally into two completely separate chambers: The main chamber (approximately 2/3 of total width) The secondary mechanism chamber (approximately 1/3 of total width) These two chambers are separated by a thick, solid internal steel wall. This wall is continuous and has NO openings except for a single precise cylindrical hole for a locking rod. MAIN CHAMBER (2/3 SECTION): Located on the front-left (or main visible side) Contains large double doors The doors must be SEPARATE OBJECTS, each with its own pivot/hinge Doors open outward on visible heavy-duty hinges Hinges must be modeled as functional pivot points IMPORTANT: Doors must be able to rotate open (not fused to the body) Leave a small gap between doors and frame LOCKING INTERFACE: On the INNER SIDE of the doors, include aligned cylindrical holes or slots These holes are positioned so a horizontal rod can slide into them from the side The holes must be clearly visible and properly aligned INTERNAL DIVIDING WALL: Thick solid steel wall between chambers Completely separates spaces Contains ONE horizontal hole This hole aligns perfectly with the locking holes in the doors SECONDARY CHAMBER (1/3 SECTION): Fully enclosed, separate from main chamber Has its own small external access door or panel (separate object, openable) This chamber contains the locking mechanism LOCKING MECHANISM (CRITICAL PART): Inside the smaller chamber: A straight cylindrical metal rod (locking bar) The rod must be a SEPARATE movable object It is mounted horizontally and aligned with: → hole in dividing wall → holes in main doors MOVEMENT: The rod slides linearly forward and backward Forward position = passes through wall into door holes (LOCKED) Backward position = fully retracted inside small chamber (UNLOCKED) GUIDES: Include mechanical guides or brackets holding the rod in alignment Prevent floating — it should look physically supported ACTUATION: Add a lever or handle connected to the rod Lever must also be a separate object Suggest simple mechanical linkage (rod + pivot or slider) FUNCTIONAL REQUIREMENTS (VERY IMPORTANT): The model must NOT be a single solid mesh Separate objects required: Left door Right door Hinges Locking rod Lever/handle Small chamber door Doors must be able to rotate open Rod must be able to slide through the wall into the doors VISUAL DETAILS: Realistic industrial safe Thick metal walls (visually heavy) Scratches, wear, subtle rust Bolts, seams, weld lines Slight gaps between moving parts OPTIONAL (BUT RECOMMENDED): Cutaway or sectional view showing: internal wall rod passing through wall separation of chambers STYLE: Realistic, functional, engineering-focused, no sci-fi, no simplification, clearly readable mechanical design.
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