Classic Dessert Knife Fork Spoon

Photo-realistic 3D model of classic cutlery dessert spoon, knife, and fork with 4 tines. The model is UV-mapped, smoothable, 3D print ready, made in 3ds Max 2011 and V-Ray 2.40. Other pieces of this collection: classic%20cutlery%20vkstudio&categoryIDs 7&page 1 Features: Model's clean topology is based on loops and quads. Support of edges retains model shape when subdivided. The level of details is enough for close-up renders. Objects, groups, materials, textures have unique and meaningful names. Model has real world scale system units - centimeters . Base of the models is at the World Origin 0,0 just above the grid. Model has clean non-overlapping UVs. Two .max files are provided: with V-Ray materials and Standard materials. Along with model only file, .max scene is provided used to render preview images. The model is completely ready for visualization. Each mesh is put in a separate file. 3 levels of mesh subdivision is delivered for 3DS, FBX, OBJ formats: 0, 1, 2. STL files of basic mesh and high-subdivision mesh for exchange with CAD applications and for 3D printing. Previews were rendered in 3DS Max with V-Ray renderer using mesh subdivision level 2. File types included: max Autodesk 3ds Max 2011, V-Ray renderer max Autodesk 3ds Max 2011, Scanline renderer ma Autodesk Maya 2011 ASCII , Maya Software renderer c4d Maxon Cinema 4D R13, Advanced renderer 3ds 3D Studio fbx Autodesk FBX version 2013.3 obj Wavefront Technologies stl StereoLithography pdf User Guide png Previews Polygon count 3336 vertices, 3330 quads, no tris or ngons : Knife: 1526 vertices, 1524 quads Fork: 1156 vertices, 1154 quads Spoon: 654 vertices, 652 quads Model dimensions: Knife: W 2,25cm, L 19,3cm, H 0,9cm Fork: W 2,3cm, L 16,8cm, H 1,7cm Spoon: W 4.0cm, L 17.0cm, H 2.0cm Properties: Materials: YES, procedural UV unwrap: YES, non-overlapping Textures: NO