89330 Osgona Collection 3D model

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Human-generated models comprise a collection known as Osgona. It contains six specific design variants: Chandelier MD 89330-6 Osgona D735 measures 1075 mm high with a diameter of H1075 mm, incorporating 6 light sources, each a maximum of 40W and utilizing E14 sockets, constructed from a total of 100 polys and featuring 99,500 vertices. Another design within this collection is the Chandelier MD 89330-8 Osgona D860, standing at 1075 mm in height and having a diameter of H1075 mm. It encompasses eight light fixtures, with each emitting up to 40 watts of power through E14 sockets, manufactured from 122,744 polygons and boasting 122,122 vertices. A combination design consisting of Chandelier MD 89330-6+6 Osgona D860 also exists. It measures 1075 mm in height, with a diameter of H1075 mm, housing twelve E14 sockets, each capable of producing a maximum power output of 40 watts, built using a total of 141,996 polys and consisting of 141,134 vertices. An alternative design variation named Chandelier MD 89330-10+5 Osgona D945 has been designed. It features a height of 1105 mm and a diameter of H1105 mm, with fifteen E14 sockets capable of outputting up to 40W each, comprised of 174,832 polys and 173,924 vertices. Lastly, there exists Chandelier MD 89330-12+12 Osgona D1140, measuring 1445 mm in height and 2330 mm in width. It incorporates twenty-four E14 sockets, with each producing a maximum power output of 40 watts, created from a total of 284,834 polys and boasting 283,462 vertices. Further design complexity arises within Chandelier MD 89330-39 Osgona D1370. This variant stands at a considerable height of 2330 mm and measures a width of H2330 mm, consisting of thirty-nine light fixtures each utilizing E14 sockets that can produce a maximum of 40W. Constructed from a significant total of 551,107 polys, it comprises an equally substantial number of vertices: 547,958. Built within the renowned software of 3ds Max and utilizing V-Ray 3.3 rendering engine capabilities, these complex designs accurately reflect real-world dimensions based on information gathered directly from their respective manufacturers.