Dessert Fork Common Cutlery

3docean

Photorealistic 3D model of common cutlery dessert fork with four tines is created. The model is completely UV-mapped and smoothable, made entirely in 3ds Max 2011 and V-Ray 2.40. Other cutlery pieces of this series can be found here: https://3docean.net/search/common%20cutlery%20vkstudio?sort=date&utf8=%E2%9C%93 Features: The model was made with clean topology based on loops and quads to ensure a smooth shape. Support edges are provided to maintain the model's shape after subdivision, ensuring precise details. Close-up renders can be achieved with this level of detail. Objects, groups, materials, textures in a scene have unique and meaningful names for easy identification. The model has real-world scale (system units – centimeters), making it accurate and reliable. The base of the models is at the World Origin (0,0) just above the grid, providing stability. Clean non-overlapping UVs are provided to ensure seamless mapping. Two *.max files are included: with V-Ray materials and Standard materials for flexibility. A .max scene file is also included which includes cameras and lighting setup used to render preview images. The model is completely ready for visualization, requiring no additional preparation. Exchange formats were delivered with 3 levels of mesh subdivision: 0, 1 and 2 Each mesh is put in a separate file, making it easy to work with. Product previews were rendered in 3DS Max with V-Ray renderer using mesh subdivision level 2. The following formats are included in the pack: max (Autodesk 3ds Max(r) 2011, V-Ray renderer) max (Autodesk 3ds Max(r) 2011, Scanline renderer) ma (Autodesk Maya(r) 2011 (ASCII), Maya Software renderer) mb (Autodesk Maya(r) 2011 (Binary), Maya Software renderer) c4d (Maxon Cinema 4D R13, default renderer) fbx (Autodesk FBX version 2013.3) obj (Wavefront Technologies) 3ds (3D Studio) png (Preview images) pdf (User Guide) UVW mapping: YES, non-overlapping Textures: NO FBX, OBJ and 3DS were exported straight from Autodesk 3ds Max(r). Polygon count: 1086 vertices, 1084 quads, no tris or ngons. Model dimensions: W=2.4cm, L=16.8cm, H=1.8cm Materials: YES, procedural