About this asset

This industrial metal ceiling grid system for SketchUp features a modular steel frame design, ideal for exposed technical ceilings. Constructed as a modular grid system, this technical ceiling assembly consists of a series of intersecting steel profiles and structural supports. The design mimics a standard industrial suspended ceiling framework, featuring a repeating geometric pattern of vertical and horizontal members. Its rigid, grey-toned metal construction provides a clean, utilitarian aesthetic suitable for exposed ceiling applications. The assembly is composed of interconnected segments that create a consistent, grid-like appearance, ensuring structural visual depth when viewed from below. This unit is intended to serve as a base layer for open-plan interior environments.

The download is a 5 MB compressed archive containing the native SketchUp (.skp) model. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

To integrate this ceiling grid into a project, import the component into your SketchUp model and align it with the ceiling plane. As it is a modular assembly, you may need to array the component to cover larger floor plates or trim the edges to fit specific room dimensions. Ensure the model is placed on a dedicated layer for ceiling elements to maintain clean organisation. The material can be adjusted using native SketchUp paint bucket tools for custom finishes.

This ceiling grid is designed for contemporary commercial, office, and industrial interiors where an exposed structural look is desired. It works effectively in open-plan workspaces, retail showrooms, and loft-style apartments to conceal or frame overhead mechanical services. Professionals often use this as a background element in renderings to add realism to high-tech or industrial-themed office designs. It pairs well with exposed ductwork, track lighting systems, and concrete finishes, providing a structured, professional finish to the overhead plane of the model.