Model's Description:
Hama "SpotLight Steady 120" LED Ring Light 3D Model.
Download
Hama "SpotLight Steady 120" LED Ring Light in various files formats such as Wavefront Object format, Autodesk FBX, DirectX 9.0, Stereo Lithography and HTML5 JSON format.
Width 30 cm Height 120 cm Lamp for blogger or vlogger, you can create professional visualization It is the high-quality hi-poly smoothable 3D model of spot light, Ring Lamp used in various fields 3D Graphics such as: game development, advertising, interior design, motion picture art, visualization, etc.. All details of design are recreated most authentically. The competently think over topology of model allows to using any smoothing modifiers. All parts of the model need to smooth in subdivision level 1 or 2 for the best result. Polygon count of non-smooth model 174323. Vertex count 175604 All materials are procedural 3D Model is ready to download for free
, this model contains 347074 polygons and 175416 vertices.
Model's rating is (3) based on 42 Votes.
Download : (1,215 Hits)
for OBJ, FBX, GLTF, GLB, DAE and other formats... or use
Model's Description:
Japanese Temple Lamp 3D Model, Optimized by RigModels.com, Fully textured with UV Mapping and materials.
Download Japanese Temple Lamp in various files formats such as Wavefront Object format, Autodesk FBX, DirectX 9.0, Stereo Lithography and HTML5 JSON format.
A test from game scene - Japanese Temple Lamp - 3D model by LaweryWang (@lawery_wang) 3D Model is ready to download for free, this model contains 679 polygons.
Model's Description:
Christmas Present Lamp 3D Model, Optimized by RigModels.com, Fully textured with UV Mapping and materials.
Download Christmas Present Lamp in various files formats such as Wavefront Object format, Autodesk FBX, DirectX 9.0, Stereo Lithography and HTML5 JSON format.
This will be part of a winter asset pack for Unity I am working on. I went for a cartoony hand-painted style. These were inspired by concept art done for me by: Xesavu https://twitter.com/Xesavu - Christmas Present Lamp - 3D model by Cookie (@cookiepop) 3D Model is ready to download for free, this model contains 960 polygons.
Model's Description:
Korean Love Sign 3D Model.
Download Korean Love Sign in various files formats such as Wavefront Object format, Autodesk FBX, DirectX 9.0, Stereo Lithography and HTML5 JSON format.
Korean Love Sign - Neon Sign
IMPORTANT NOTES:
This model does not have textures or materials, but it has separate generic materials, it is also separated into parts, so you can easily assign your own materials.
If you have any questions about this model, you can send us a message 3D Model is ready to download for free, this model contains 38244 polygons.
Model's Description:
Step ladders set KRAUSE 3D Model, Optimized by RigModels.com, Fully textured with UV Mapping and materials.
Download Step ladders set KRAUSE in various files formats such as Wavefront Object format, Autodesk FBX, DirectX 9.0, Stereo Lithography and HTML5 JSON format.
Step ladders set KRAUSE.
This set:
1 file obj standard
1 file 3ds Max 2013 vray material
1 file 3ds Max 2013 corona material
1 file 3ds Max 2013 standard material
1 file of 3Ds
1 file blender.
Topology of geometry:
forms and proportions of The 3D model
the geometry of the model was created very neatly
there are no many-sided polygons
detailed enough for close-up renders
the model optimized for turbosmooth modifier
Not collapsed the turbosmooth modified
apply the Smooth modifier with a parameter to get the desired level of detail
Materials and Textures:
3ds max files included Vray-Shaders
3ds max files included Corona-Shaders
3ds max files included Standard
file blender full set of materials
all texture paths are cleared
Organization of scene:
to all objects and materials
real world size (system units - mm)
coordinates of location of the model in space (x0, y0, z0)
does not contain extraneous or hidden objects (lights, cameras, shapes etc.)
- Step ladders set KRAUSE - Buy Royalty Free 3D model by madMIX 3D Model is ready to download for free, this model contains 684720 polygons.