Open Frame Base Flat Screen TV 3D Model

The Open Frame Base Flat Screen TV 3D Model represents a contemporary television distinguished by its broad landscape display, slim black perimeter and continuous open frame support extending beneath the screen. The restrained rectangular body keeps attention on the display, while the unusual lower stand creates a recognizable silhouette compared with conventional central pedestal or paired-foot television designs. The screen is shown with a vivid sunset ocean image, clearly demonstrating the large viewing area and narrow surrounding bezel. Its combination of a familiar flat screen form and distinctive geometric base makes the model suitable for modern residential, hospitality, office and commercial visualization projects.

The visible construction combines Metal, Glass and Plastic components. A large glass display dominates the front surface and is enclosed by a narrow black frame with clean straight edges. Beneath the screen, a dark support system forms an elongated open rectangular outline that runs horizontally across much of the television width. The left side visually transitions into an angled foot, while the right section rises toward the lower edge of the television, creating an asymmetrical yet balanced supporting form. Black is the dominant product color, with dark grey visible in the stand and structural elements. Exact physical screen dimensions cannot be determined reliably from the supplied image, so no specific inch measurement is stated.

This modern television can be used naturally in Living Room and Bedroom scenes as a main entertainment display, while also fitting Office, Cafe and Commercial interiors that require a recognizable digital screen. Its freestanding support makes it suitable for placement on television consoles, media cabinets, low storage furniture and custom entertainment units. The distinctive base is particularly effective in scenes where the lower part of the television remains visible instead of being concealed by surrounding furniture. It can also be incorporated into hotel rooms, lounges, reception areas, waiting spaces, meeting rooms and contemporary hospitality interiors.

For architectural visualization and CGI workflows, the model offers a familiar technology object that helps communicate scale, room function and realistic everyday use. Televisions often provide an immediate visual reference in media walls, living rooms and hospitality renders. The slim bezel can sit comfortably against plaster walls, wood veneer panels, stone cladding, marble finishes or integrated cabinetry, while the open frame stand adds a stronger geometric detail near the furniture surface. This makes the model useful both as a close product element and as part of wider interior compositions where technology needs to feel integrated with the architectural design.

Within interior design compositions, the black and dark grey palette coordinates easily with warm timber, walnut cabinetry, neutral walls, stone surfaces, metal accents, glass partitions and contemporary upholstered furniture. In a bright interior, the dark television can provide a defined horizontal focal point, while in a dimmer media zone it can blend with darker cabinetry and wall treatments. The open lower frame works especially well with modern furniture that uses clean horizontal lines and geometric detailing. Different screen imagery can also be applied according to the atmosphere or visual narrative of the scene.

The model is intended for 3D's Max and Corona Renderer workflows and is supplied in fbx, mtl, 3ds, jpeg, obj and max file formats. These formats provide flexible options for compatible 3D visualization pipelines. The glass screen can be configured with controlled reflections, while the dark frame and metallic support can receive subtle highlights that reveal their form without excessive gloss. For realistic rendering, balanced interior illumination, restrained screen reflections and suitable display brightness can be used while preserving the original slim bezel, broad display proportions and characteristic open frame base geometry.