Ceiling Lamp

Ceiling Lamp 3D model

Description

Simple modern ceiling lamp with adjustable cloches. Model scale is very close to its original size (the top part is 25x25 cm). PBR maps packed in blender file. You can adjust the cloches rotation in any way you like (examples in the gallery).

General Information: All objects use real world scale. Objects are hierarchically parented to the mmelbourne_lamp_mainpart object, so when doing any transformations use that object as a handler. To place the model in your scene simply append the marksjold melbourne Collection. Don't remove any objects in that collection, or any nested sub-collections, they are necessary for proper rendering of the entire model. There are special objects named shadeX_fakelight (where X is a following number from 1 to 4) with a special shader that fakes light transmission through the frosted glass cloche. All the models have real-world scale. The shades of the lamps can have two different materials for the frosted glass part - frosted_glass_principled and frosted_glass_v2.0. Both materials are saved inside the .blend file, so you can swith between them freely. It is highly recommended to use high amount of samples. Both frosted glass materials aren't intended to use with eevee render engine. To adjust each cloche rotation do the following:

  • First, set the Transform Pivot Point in 3D Viewport to Active Element.
  • Adjust the lightX_hinge Z rotation by rotating it along its local Z axis.
  • Then adjust the melbourne_shadeX rotation by rotating it along its local Y axis. (Lampshade objects origins are located where the connecting bolt is, so you don't have to worry about finding the proper rotation pivot point).
Item rating
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Ceiling Lamp
$5.00
 
Royalty Free License 
Ceiling Lamp
$5.00
 
Royalty Free License 
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3D Model formats

Format limitations
Native
  • Blender 2.91 (.blend)250 KBVersion: 2.91Renderer: Cycles
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    3D Model details

    • Publish date2022-05-05
    • Model ID#3739603
    • Animated
    • Rigged
    • VR / AR / Low-poly
    • PBR
    • Geometry Polygon mesh
    • Polygons 0
    • Vertices 0
    • Textures
    • Materials
    • UV Mapping
    • Unwrapped UVs Overlapping
    • Plugins used
    • Ready for 3D Printing
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