3D Workspace
Home
Assets
Affiliate Program
Sign up/Log in
?
Upgrade
DCC Bridge
Anonymous1769516703
01-27 12:27
Model Name
robotic shelving rack 3d model
Tags
3d printing
3d printing realistic
industrial shelving rack
machine
machine 3d printing
machine 3d printing realistic
machine realistic
realistic
tableware
Prompt
Generate an engineering-grade 3D CAD model of a Unit Load Automated Guided Vehicle (AGV) with a fixed double-sided, fall-proof rack system and a dedicated bottom electronics workspace. Overall Concept: The AGV transports books using a vertically stacked rack system split at the center. The shelves are front-accessible for easy loading and unloading. The rack is permanently mounted to the AGV base. The CAD model must not include any books or visible wiring. Structural Layout: Single integrated structure (top rack is NOT removable) Bottom portion contains an enclosed electronics workspace A small intentional vertical gap (20–40 mm) between the bottom electronics enclosure and the top rack base Gap allows airflow, cable routing, and visual separation All internal components concealed Bottom Portion – Electronics Workspace: Fully enclosed compartment for controllers, power boards, and battery Flat internal mounting plate for electronics Internal cable routing only (no wiring visible externally) Ventilation slots or perforations on side panels Side access panel or service door for maintenance Clean exterior with no exposed electronics Top Portion – Double-Sided Rack System (Front Accessible): Rack structure fixed rigidly to the bottom chassis Central vertical divider splitting the rack into two mirrored sides Shelves are FRONT-ACCESSIBLE for easy manual loading/unloading Front-facing shelf openings Rear side remains closed or panelized Horizontal shelves evenly spaced No books or payload objects included in the CAD model Fall-Proof Shelf Design: Each shelf includes low-rise retaining lips at the front edge Retaining lip height: approximately 20–30 mm Prevents items from sliding or falling during AGV motion Rounded and filleted lips for safety Side surfaces include raised safety borders (not flat) Rack Capacity (Design Reference Only): Structurally designed to support up to 50 books total 25 books per side Even load distribution considered AGV Chassis & Mobility: Rectangular, low-profile industrial chassis Approximate dimensions: 800 mm (L) × 500 mm (W) Four-wheel configuration: Two powered wheels Two caster wheels Ground clearance: ~30 mm Low center of gravity with heavier components in the bottom section Mechanical & CAD Requirements: Fully parametric, editable solid CAD geometry Clean topology (no mesh geometry) Manufacturable design with fillets and chamfers Modular CAD parts (chassis, electronics enclosure, rack frame, shelves, divider) Designed for stability during motion Electronics & Integration: Sensor mounting points for LiDAR / ultrasonic sensors Emergency stop button housing (flush-mounted) No visible wiring or exposed electronics Output Format: Solid CAD model only STEP / IGES / STL compatible Units in millimeters (mm) Functional industrial design only (no artistic styling) STRICT ENFORCEMENT NOTE: DO NOT model books, book placeholders, wiring, cables, controllers, batteries, or any electronic components. Any CAD output showing books or wiring is INVALID and must be regenerated.
Detailed Info
Related Models
Enter invite code
Enter invite code to get credits!
Anonymous1769516703
Anonymous1769516703