Gym Ball Backless Office Chair 3D model

3D model of Exercise Ball Backless Office Chair. Product dimensions: LWH 62,1 x 60,2 x 63,4 cm (24.5 x 23.7 x 25.0 in). Ball diameter - 52 cm (20.5 in).

MODEL

• Chair model is made from 7 polygonal objects. Frame object is subdivisional and has Turbosmooth modifier applied, other objects does not require subdivision.
• Chair wheels are saved as separate entities with properly adjusted pivot points. It is easy to rotate them along vertical axis to give to the chair more natural look.
• Model is made mainly of quads and triangles. Small amount of N-gons (less than 0,1% of all polygons) were used where appropriate.
• Polycount:
• Without subdivision -
• Polys - 35 832
• Verts - 36 070
• With level 1 subdivision -
• Polys - 65 424
• Verts - 48 758

MATERIALS

• Materials are prepared for Corona, V-ray and Scanline renderers.
• Scanline and FBX files has only basic materials and will NOT render the same as in preview images.
• OBJ file has no materials, but has UVW coordinates intact.
• Note, that the model's materials extensively uses 3ds max's procedural maps and cannot be reliably transfered to other 3D applications. Therefore i can't grant exact look outside of 3ds max. If you use another 3D app, you'll have to recreate materials on your own.

SCENE

• Model is scaled to proper real world dimensions. Scene units are in cm.
• Objects, materials and textures has meaningful names.
• Transformations has been reset and model is placed at scene origin [0, 0, 0 XYZ].
• Texture paths are set to relative. Just unzip texture archive into a folder where the model is located and your 3D app should pick up them automatically.

FILE FORMATS

• 3ds Max - Corona
• 3ds Max - Scanline
• 3ds Max - Vray
• FBX
• OBJ
• GLTF
• GLB
• USDZ

GENERAL

• Modeled in 3ds max.
• Preview images are rendered with Corona renderer.
• Render scenes are not included.

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Please contact me if you have questions or need assistance with the models.