Aluminum Cans Collection volume 1

Aluminum Cans Collection volume 1

Description

The collection 'Aluminum Cans Collection volume 1' consists of 8 items 3D models specially for your projects.All models quality and accuracy allows you to use it in any projects. 3D models with the correct topology, accurate UVW mapping and high-resolution textures make models realistic, allowing you to use a models in high-resolution renderers (close-up), as well as for creating videos, or video advertising or use in the film industry.All models is created in Autodesk 3ds Max 2020, rendered with V-Ray Next 4.2Please don't forget to rate the model, for us it is very important

3D model available in these formats:

  • 3ds Max 2020 (max) V-Ray Next 4.2
  • 3ds Max 2015 (max) V-Ray 3.6
  • Autodesk FBX 2020 (fbx)
  • Autodesk FBX 2006 (fbx)
  • Wavefront OBJ (obj)
  • Stereolithography STL (stl)

Geometry:

  • Subdivision ON:

    • Polygons: 673 856
    • Triangles: 1 347 712
    • Edges: 1 349 312
    • Vertices: 675 464
  • Subdivision OFF:

    • Polygons: 42 116
    • Triangles: 84 232
    • Edges: 84 632
    • Vertices: 42 524

Scene details:

  • Scale of all details (100,100,100)
  • Model has real-world scale and is centered at X: 0, Y: 0
  • Materials, objects and textures have the correct names
  • No cleaning up necessary, just drop your models into the scene and start rendering
  • Model is intended for subdivision

Textures are included:

  • Aluminum_Bump.png (4096x4096)
  • Aluminum_Glossiness.png (4096x4096)

Please don't forget to rate the model, for us it is very important

Item rating
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Aluminum Cans Collection volume 1
$65.00
 
Royalty Free No Ai License 
Aluminum Cans Collection volume 1
$65.00
 
Royalty Free No Ai License 
Response 47% in 11.8h

3D Collection formats

Format limitations
  • Autodesk 3ds Max(.max) 8/8
  • Autodesk FBX(.fbx) 8/8
  • OBJ(.obj) 8/8
  • OBJ(.mtl) 8/8
  • Stereolithography(.stl) 8/8

3D Collection details

  • Publish date2024-07-16
  • Collection ID#5406589
  • Animated 0/8
  • Rigged 0/8
  • VR / AR / Low-poly 0/8
  • PBR 0/8
  • Ready for 3D Printing
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