Black Slim Bezel TV with Linear Stand 3D Model

The Black Slim Bezel TV with Linear Stand 3D Model represents a modern flat screen television distinguished by an exceptionally narrow black perimeter frame, broad rectangular display, and elongated horizontal support base. The front-facing design is deliberately minimal, allowing the screen to occupy almost the entire visible facade while the slim border keeps the silhouette clean and contemporary. A light blank display surface is visible in the supplied image, creating strong contrast against the dark frame and emphasizing the proportions of the television without introducing content that could distract from interior visualization or product presentation.

The visible construction combines Metal, Glass, and Plastic materials. The screen appears as a large smooth glass surface surrounded by a thin black frame with subtle reflective edges. Beneath it, a compact central neck connects the television body to a long, low-profile linear stand extending horizontally across much of the product width. Dark metallic and grey reflective areas are visible along the base, while the frame remains predominantly black. White is also visible through the bright display surface shown in the image. Exact screen technology, diagonal size, physical measurements, internal components, connectivity features, refresh rate, resolution, and brand-specific specifications cannot be determined reliably from the image and are therefore not assumed.

This modern television model can be used naturally in Living Room, Bedroom, Office, Cafe, and Commercial settings. It is suitable for placement on media consoles, low cabinets, built-in TV units, sideboards, hotel furniture, office presentation units, lounge furniture, showroom displays, and contemporary reception environments. The restrained black and metallic palette coordinates easily with timber, marble, stone, plaster, concrete, glass, leather, and fabric surfaces. Its wide proportions and minimal frame make it useful in clean media-wall compositions, while the long linear base provides a visually stable horizontal relationship with contemporary cabinetry placed beneath the television.

For architectural visualization and CGI workflows, the TV 3D model works as a practical technology prop for establishing scale, function, and everyday realism within an interior scene. In 3D's Max and Corona Renderer projects, the broad glass screen can be adjusted to receive controlled reflections from windows, area lights, furniture, and architectural surfaces. The narrow bezel requires careful lighting so its geometry remains readable without becoming overly reflective, while the long stand can benefit from subtle metallic highlights. These characteristics make the model appropriate for residential renders, apartment visualization, hotel scenes, office interiors, furniture presentations, product staging, and commercial archviz imagery.

Within an interior design context, the television fits modern, minimal, contemporary, monochrome, and neutral environments particularly well. Against beige plaster, light stone, pale wood, or white cabinetry, the black border creates a precise graphic contrast. Against dark timber, charcoal panels, or black media units, the television can become more visually integrated into the overall wall composition. The linear stand is especially relevant when the model is displayed directly on furniture instead of being wall mounted, because its extended base becomes an important part of the design language and helps reinforce horizontal alignment within the room.

The model is supplied in fbx, mtl, 3ds, max, obj, and jpeg formats for integration into common 3D visualization workflows. The listed software environment is 3D's Max with Corona Renderer. For realistic rendering, the glass display should retain smooth controlled reflections, the black bezel should remain clearly separated from the screen, and the stand should show restrained metallic response rather than uniform flat shading. Scene-specific Reflection, Roughness, Exposure, and lighting adjustments can help preserve the clean modern character of the television while keeping its thin frame and support structure clearly visible.