Categories

Description

Introducing the Lightstar Ragno Pendant Light - a Stunning 3D Model for Your Interior Design Projects

Are you looking for a captivating lighting option to enhance the ambiance of your space? Look no further than the Lightstar Ragno Pendant Light. This exquisite pendant light is not only a stunning piece of interior decor, but it is also a meticulously designed 3D model that can be seamlessly integrated into your 3D interior or room design projects.

A High-Quality 3D Model Available for Download

The Lightstar Ragno Pendant Light is a 3Ds Max 2013 model that comes in an OBJ and MAT format, making it compatible with various design software. Whether you are an architect, interior designer, or a 3D enthusiast, this 3D model download offers you flexibility and versatility in your creative endeavors.

Impeccable Design and Seamless Integration

With its sleek and modern design, the Lightstar Ragno Pendant Light adds an elegant touch to any space. Crafted with precision by Venumblack, a skilled modeller, this pendant light showcases attention to detail and exceptional craftsmanship.

With 524,320 polygons and 290,888 vertices, this 3D model accurately represents the proportions and dimensions of the actual pendant light. Measuring at 1257.33 x 1254.09 x 1177.37 millimeters, the Lightstar Ragno seamlessly integrates into your 3D home design or room design projects, providing a realistic and immersive visual experience.

A Trusted Source for 3D Models - Vamsvet.ru

If you are seeking reliable and high-quality 3D models for your design projects, look no further than Vamsvet.ru. Offering a vast collection of 3D designs, including the Lightstar Ragno Pendant Light, Vamsvet.ru is the go-to website for all your 3D interior decor needs. Explore their wide range of stunning 3D models and bring your design visions to life.

Enhance your interior design projects with the captivating Lightstar Ragno Pendant Light. Download the 3D model and unleash your creativity to create captivating and visually stunning spaces.