Description

Title: Mosaik Floor Lamp: Enhance Your Interior with a Stunning 3D Model

The Mosaik Floor Lamp is a sleek and stylish lighting solution that will elevate the ambiance of any room. This 3D model is meticulously crafted to replicate the photographs and dimensions provided by the manufacturer, ensuring accuracy and attention to detail.

Discover the Mosaik Collection: More than Just a Floor Lamp

Looking to complete your interior decor? Explore the other models from the Mosaik Collection, including the Mosaik Table Lamp, Mosaik Pendant Side-by-Side, and Mosaik Wall Lamp. These 3D models offer a comprehensive range of lighting options to complement any 3D interior design project or room design.

Unparalleled Design and Quality

With a height of 135 cm and dimensions of 25 cm (width) and 26.9 cm (depth), the Mosaik Floor Lamp is an elegant addition to any space. This 3D model is available in two distinct color variations - black and white - allowing you to effortlessly match it with your desired interior palette.

Impeccable 3D Modeling and Rendering Details

The Mosaik Floor Lamp 3D model is thoughtfully created with attention to detail. With a model weight of 1308 polygons and 1359 vertices, it offers a realistic representation of the original design. The inclusion of the Turbosmooth modifier enhances its appearance during rendering, ensuring stunning visuals.

A Perfect Fit for Various Render Engines

Whether you use V-Ray or Corona render, the Mosaik Floor Lamp 3D model offers optimal compatibility. For V-Ray users, make sure you have version 3.1 or above to enjoy the exceptional Microfaset GTR (GGX) materials. If using an older V-Ray version, alternative choices such as Blinn, Phong, or Ward materials are available. For Corona render users, the model is designed with PBR in mind, providing realistic glossiness to your rendered scenes.

Enhance your 3D interior design projects and bring your vision to life with the Mosaik Floor Lamp 3D model. Download this impeccable

Quality

HQ

Colors

Render

Vray+Corona