This Modern Bed is designed in Very detailed international standard real scale.
These Modern Bed the newest modern design, and the textures are made from real Velvet with special delicacy
This Moder Bed is a high end, photorealistic 3D model, that will help you to add realism to your project. The model is suitable for any visual production - broadcast, high-res film close-ups, advertising, games, design visualisation, forensic presentation, etc.
Modern Bed Size W 180 x L 220 X H 100 / _Height 48 cm
The scene is set up with clean scene organization and is ready to be cleanly imported into any project. All objects and materials have unique and logical names and layers.
This Modern Bed, modeling in 3DS Max 2018 and then rendering 4k in V-Ray Next Update 3.2 .
The models are made to real world scale using centimeters.
this Modern Bed project no turbosmooth has been applied to any object in the scene.
Features:
1) High quality polygonal model, correctly scaled for an accurate representation of the original object.
2) Model is fully textured with all materials applied.
3) All textures and materials are included and mapped in every format.
4) 3ds Max, C4d, Blender, models are grouped for easy selection, and objects are logically named for ease of scene
5) Non overlapping , no triangular surface, only quadrilateral surface
GENERAL:
PBR Materials
Ready to RENDER
Includes Lighting in every render program
Originally created in 3ds Max 2018 V-Ray Next Update 4.30
All objects, textures and materials have names
Model is built to real-world scale
Scene objects are organized by groups
Doesn't have third-party renderer or plug-ins
Doesn't have missing DLL
Doesn't have default names
Doesn't have NGons
Doesn't have Overlaping Vertices
Doesn't have Overlaping Faces
Doesn't have Overlaping UV Faces
Doesn't have missing textures
Doesn't have Poles
GEOMETRY:
Polys: 153200
Verts: 154884
Suitable format options for 3d programs.
3dsmax-2015-V-Ray next updeta V-ray next update 3.2 (4.30.02)
Cinema 4d R20-V-Ray 3.7
Blender 2.93-cycles render
OBJ
FBX