Stainless Steel Colander 02 PBR 3D model

Digital 3D model of stainless steel colander, strainer

MODEL

• Model dimensions (LWH): 34,1 x 24,6 x 11,4 cm (13.4 x 9.7 x 4.5 in).
• Objects count - 5 polygonal objects, 1 group.
• Model is subdivision ready.
• Model is made 100% of quads.
• Model is made mostly of quads. The bowl has fair amount of n-gons which were inevitably introduced due to specific modelling technique, however they do not have any noticeable impact on model quality, especially after subdivison has been applied.
• Polycount without subdivision:
• Polys - 37 432
• Tris - 84 624
• Verts - 39 880
• Polycount with subdivision:
• Polys - 335 296
• Verts - 165 684

MATERIALS

• Materials are prepared for Corona renderer.
• Materials are PBR compliant
• FBX and GLTF formats should render same, or close to preview images, asuming your 3D software supports PBR standard.
• Scanline and OBJ formats has only basic materials and may not render the same as in preview images.

UV COORDINATES

• The model is fully unwrapped with no overlapping
• UVs are packed into 0-1 UV space

TEXTURES

• Format - PNG
• Total count - 5
• Material count - 1
• Map types - Base colour, Roughness, Normal (OpenGL, +Y), Metallic, AO
• Bit depth - 8 bits
• Resolution - 4096 x 4096 px.
• Textures are collected into one archive and are delivered in a separate file.

SCENE

• Model is scaled to accurate real world dimensions.
• Objects, materials and textures have meaningful and matching names.
• Transformations has been reset and the model is placed at scene origin [0, 0, 0 XYZ].
• All texture paths are set to relative.

FILE FORMATS

• 3ds Max - Corona
• 3ds Max - Default (Physical)
• FBX
• OBJ
• GLB
• USD

GENERAL

• Modeled in 3ds Max 2024 and saved to 3ds Max 2021 version for better compatibility.
• Preview images are rendered with Corona renderer.
• Images are straight from rendering app. No post processing was applied.
• Render scenes are not included.

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Feel free to contact me if you have questions or need assistance with the models.