Trashcan with plastic bag 3D modelTrashcan with plastic bag inside.Made out of two objects:Garbage bin with 64876 verts and 57512 facesplastic back with 621 verts and 606 facesTo reduce render time, evt. remove the plastic bag objects.The model is native in 3Ds Max and comes with Mental Ray materials.The pictures above is rendered with Mental Ray using photometric lights. Other rendering engines and lights will give different results.Materials might not work with the .FBX format.
Tag: litter-bin
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Trashcan 8 9 3D Model
Two copies of the collection consists of 15 trashcans. Low poly models.
Suitable for the design of street scenes, parks.
Real world scale of the model.
Modeling in 3ds max 2017 and rendered with Vray 3.2.0
In the bland format, the materials for the cycles.
Trashcan 8:
-Polygons 1536
-Vertices 1560
Trashcan 9:
-Polygons 970
-Vertices 984 -
Trashcan 11 15 3D Model
Two copies of the collection consists of 15 trashcans. Low poly models.
Suitable for the design of street scenes, parks.
Real world scale of the model.
Modeling in 3ds max 2017 and rendered with Vray 3.2.0
In the bland format, the materials for the cycles.
Trashcan 11:
-Polygons 450
-Vertices 456
Trashcan 15:
-Polygons 70
-Vertices 72 -
Trashcan 6 14 3D Model
Two copies of the collection consists of 15 trashcans. Low poly models.
Suitable for the design of street scenes, parks.
Real world scale of the model.
Modeling in 3ds max 2017 and rendered with Vray 3.2.0
In the bland format, the materials for the cycles.
Trashcan 6:
-Polygons 238
-Vertices 252
Trashcan 14:
-Polygons 188
-Vertices 204 -
Trashcan 7 10 3D Model
Two copies of the collection consists of 15 trashcans. Low poly models.
Suitable for the design of street scenes, parks.
Real world scale of the model.
Modeling in 3ds max 2017 and rendered with Vray 3.2.0
In the bland format, the materials for the cycles.
Trashcan 7:
-Polygons 1488
-Vertices 1515
Trashcan 10:
-Polygons 572
-Vertices 588 -
Trashcan 4 12 13 3D Model
Three copies of the collection consists of 15 trashcans. Low poly models.
Suitable for the design of street scenes, parks.
Real world scale of the model.
Modeling in 3ds max 2017 and rendered with Vray 3.2.0
In the bland format, the materials for the cycles.
Trashcan 4:
-Polygons 550
-Vertices 560
Trashcan 12:
-Polygons 148
-Vertices 172
Trashcan 13:
-Polygons 112
-Vertices 124 -
Trashcan 1 3 3D Model
Two copies of the collection consists of 15 trashcans. Low poly models.
Suitable for the design of street scenes, parks.
Real world scale of the model.
Modeling in 3ds max 2017 and rendered with Vray 3.2.0
In the bland format, the materials for the cycles.
Trashcan 1:
-Polygons 98
-Vertices 168
Trashcan 3:
-Polygons 214
-Vertices 456 -
Trashcan 2 5 3D Model
Two copies of the collection consists of 15 trashcans. Low poly models.
Suitable for the design of street scenes, parks.
Real world scale of the model.
Modeling in 3ds max 2017 and rendered with Vray 3.2.0
In the bland format, the materials for the cycles.
Trashcan 2:
-Polygons 2616
-Vertices 3058
Trashcan 5:
-Polygons 1584
-Vertices 1674 -
Trashcan 16 3D Model
Trashcan with forged legs
Suitable for the design of street scenes, parks.
Real world scale of the model.
Modeling in 3ds max 2017 and rendered with Vray 3.2.0
In the bland format, the materials for the cycles.
Displacement map:
-1600×1600 -
Trashcans Collection 3D Model
The collection includes 15 trashcans. Low poly models.
Suitable for the design of street scenes, parks.
Real world scale of the model.
Modeling in 3ds max 2017 and rendered with Vray 3.2.0
In the bland format, the materials for the cycles.
Each model is in a separate .max file. File .bland contains all models. Each lies in a separate layer. -
3D model Trashcans Collection 3D Model
The collection includes 15 trashcans. Low poly models.Suitable for the design of street scenes, parks.Real world scale of the model.Modeling in 3ds max 2017 and rendered with Vray 3.2.0In the bland format, the materials for the cycles.Each model is in a separate .max file. File .bland contains all models. Each lies in a separate layer.