Generic Cutlery 5 Pieces COLLECTION 3D model

Save 50% of the initial price with this collection of cutlery 3D models!

Photo-realistic 3D model of generic cutlery: dessert fork, dessert knife, table fork, table knife, teaspoon. The model is UVW-unwrapped and smoothable, ready for 3D print.

Features:

• Clean topology based on loops and quads
• Support edges provide the retain of model's shape after subdivision
• Level of details is enough for close-up renders
• Unique and meaningful names of objects, groups, materials
• Real world scale (system units - centimeters)
• Objects are at the World Origin (0,0) just above the grid
• Clean non-overlapping UVs
• Two 3DS Max files - with Standard material and V-Ray material
• 3DS Max scene which includes cameras and lighting setup 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 for exchange formats: 0, 1 and 2
• STL files both for use in CAD applications and for 3D printing
• Product previews were rendered in 3DS Max with V-Ray renderer using mesh subdivision level 2

File formats:

• max - Autodesk 3ds Max 2011 (standard material, V-Ray material)
• ma - Autodesk Maya 2011 (standard material)
• c4d - Maxon Cinema 4D R13 (standard material)
• blend - Blender 2.80 (standard material)
• ztl - ZBrush 4R7 (no material)
• 3ds - 3D Studio
• dae - Collada
• fbx - Autodesk FBX ver. 2013.3
• obj - Wavefront Technologies
• stl - StereoLithography
• png - preview images
• pdf - User Guide

Polygon count (5162 vertices, 5152 quads):

• Dessert Fork: 966 vertices, 964 quads
• Dessert Knife: 1950 vertices, 1948 quads
• Table Fork: 1006 vertices, 1004 quads
• Table Knife: 650 vertices, 648 quads
• Teaspoon: 590 vertices, 588 quads
• no tris or n-gons

Dimensions:

• Dessert Fork: W(2,3cm) L(16,8cm) H(1,8cm)
• Dessert Knife: W(2,0cm) L(19,2cm) H(0,4cm)
• Table Fork: W(2,8cm) L(19,7cm) H(2,0cm)
• Table Knife: W(2,4cm) L(22,5cm) H(0,5cm)
• Teaspoon: W(3,0cm) L(13,6cm) H(1,7cm)

Properties:

• Materials: YES, procedural
• UVW unwrap: YES, non-overlapping
• Textures: NO