Green Tiles Coffee Table 01

by iMeshh Official in Models


This 3D model of a coffee table features a tiled surface with a glossy green finish. It has a rectangular design with an open storage shelf underneath. The tiled texture gives the model a distinctive look, perfect for modern or eclectic interiors. This coffee table is ideal for adding a bold element to living room scenes in Blender.

Key Features:

  • This 3D model has a coffee table design with a tiled green surface, perfect for modern interiors.
  • There is an open storage shelf under the tabletop, offering practical use in the model.
  • The model has 136,030 polygons, providing detailed realism, especially for close-up views.
  • This has a subdividable mesh for enhanced detail and smooth rendering in Blender 3.6+.
  • The green tiles coffee table 3D model has dimensions of 84 x 37 x 44 cm, fitting well in living room setups or as a statement piece.

Conclusion:

This blender 3D model delivers a stylish coffee table with a unique green-tiled finish, ideal for creating a bold centerpiece in arch-vis projects.

Who is iMeshh.com?

iMeshh is a website which has been specializing in producing arch-vis products for Blender for many years. We use these products for our own commercial arch-vis projects, so we understand the requirements for high-end asset creation.

Be sure to check out imeshh.com to see our entire catalogue!

We ensure all of our products contain PBR shaders for maximum realism, and all of our products are made with perfect topology to ensure they will render perfectly out of the box in all scenes.

visit imeshh.com now

File Information:

Asset Name: Tables_Coffee-Tables_Green-Tiles_01
Polygon Count: 136030
Dimensions: 84 x 37 x 44 cm
Subdividable: Yes
Blender Version: 3.6+
Asset Category: Tables
Asset Subcategory: Coffee-Tables

Dev Fund Contributor
Published 4 days ago
Blender Version 4.2, 4.1, 4.0, 3.6
Misc Data Uvs-Unwrapped, Normal-Mapped, Textured
License Royalty Free
Have questions before purchasing?

Contact the Creator with your questions right now.

Login to Message