Sketchfab
Open dropper bottle
by Sketchfab
Last crawled date: 2 years, 4 months ago
=== The following description refers to the additional ZIP package provided with this model ===
Open dropper bottle 3D Model. 4 objects (glass, label, ink, dropper), each one with its own non overlapping UV Layout map, Material and PBR Textures set. Production-ready 3D Model, with PBR materials, textures, non overlapping UV Layout map provided in the package.
Quads only geometries (no tris/ngons), no poles.
Formats included: FBX, OBJ; scenes: BLEND (2.79 with Cycles materials); other: png with Alpha.
4 Objects (meshes), 4 PBR Materials, UV unwrapped (non overlapping UV Layout map provided in the package); UV-mapped Textures.
UV Layout maps and Image Textures resolutions: 2048x2048; PBR Textures made with Substance Painter.
Polygonal, QUADS ONLY (no tris/ngons), no poles; 12390 vertices, 12288 quad faces (24576 tris).
Real world dimensions; scene scale units: cm in Blender 3D (that is: Metric with 0.01 scale).
Uniform scale object (scale applied in Blender 3D). - Open dropper bottle - Buy Royalty Free 3D model by FrancescoMilanese
Open dropper bottle 3D Model. 4 objects (glass, label, ink, dropper), each one with its own non overlapping UV Layout map, Material and PBR Textures set. Production-ready 3D Model, with PBR materials, textures, non overlapping UV Layout map provided in the package.
Quads only geometries (no tris/ngons), no poles.
Formats included: FBX, OBJ; scenes: BLEND (2.79 with Cycles materials); other: png with Alpha.
4 Objects (meshes), 4 PBR Materials, UV unwrapped (non overlapping UV Layout map provided in the package); UV-mapped Textures.
UV Layout maps and Image Textures resolutions: 2048x2048; PBR Textures made with Substance Painter.
Polygonal, QUADS ONLY (no tris/ngons), no poles; 12390 vertices, 12288 quad faces (24576 tris).
Real world dimensions; scene scale units: cm in Blender 3D (that is: Metric with 0.01 scale).
Uniform scale object (scale applied in Blender 3D). - Open dropper bottle - Buy Royalty Free 3D model by FrancescoMilanese