Industrial 1100L Wheeled Garbage Bin – Heavy-Duty Steel Mobile Waste Container 3D Model

This is a precise, real-scale 3D model of an industrial-grade **1100-liter wheeled garbage bin** (4-wheel Euro container), manufactured to **EN 840 standards** and widely used in factories, warehouses, hotels, hospitals, construction sites, municipal services, and commercial waste management.

Key Real-World Features:
- True 1100 L (1.1 m³) capacity for high-volume waste
- Welded galvanized steel body (typical thickness: 1.25–2 mm sides, reinforced base 1.5–4 mm)
- Full seam MIG/TIG welding for leak-proof durability
- Hinged lid (flat or domed variant) with secure closure
- Ergonomic galvanized steel grab rails/handles on sides and front
- Four Ø200 mm heavy-duty swivel castor wheels (rubber/polyurethane tread, 2 with brakes)
- Reinforced comb lift bar compatible with rear-loading refuse trucks
- Drain plug and optional forklift pockets (depending on variant)
- Typical dimensions: ~1370 × 1070–1265 × 1330–1470 mm (model is 1:1 scale)
- Empty weight: ~76–125 kg; dynamic load: ~440–510 kg; static max: ~900–1000 kg
- Hot-dip galvanized finish for corrosion resistance; optional powder coating

Perfect For:
- CAD engineering, manufacturing reference, prototyping planning
- Factory layout design, BIM integration, architectural visualization
- Waste management simulations, animations, product catalogs, VR/AR

Available Formats:
- SolidWorks native (.SLDPRT / .SLDASM) – fully parametric and editable
- STP / STEP – ideal for CAD interchange and manufacturing
- Parasolid (.x_t / .x_b) – compatible with NX, Creo, Solid Edge
- STL – for visualization or prototyping (not optimized for full-scale 3D printing)

High-detail NURBS/solid geometry (parametric CAD), real-world scale, clean topology. PBR materials included where supported.

This authentic industrial trash bin model brings professional realism to your projects! ???

Note: Intended for visualization, engineering, and educational use only. Not optimized for direct 3D printing or hobbyist fabrication without modification.