Discover the stunning Snowflake Laser Pendant Lamp, a mesmerizing piece of 3D design that will elevate the ambiance of any space. This pendant lamp, created by Lena Smith, showcases a modern and elegant snowflake-inspired shape, meticulously crafted using top-notch 3D modeling techniques.
Designed with precision, the Snowflake Laser Pendant Lamp is a true masterpiece, available in various colors including black, white, gold, gray, bronze, and beige. Its dimensions of 2300x2300 mm, h = 3139 mm, and a diameter of 2300 mm make it a striking centerpiece in any room.
Each individual light element ranges from 100 mm to 1000 mm in length, allowing you to create unique compositions tailored to your liking. The lamp shape, triangular in form, features a disk-like upper base and a tubular, cylindrical light part, bringing a touch of sophistication to your interior design.
The Lena Smith Snowflake Laser Pendant Lamp is suitable for both residential and public spaces. Whether you have a spacious living room with high ceilings, a dining room, staircase, or hallway, this pendant lamp will provide a second light source while adding a touch of modernity and elegance to your surroundings.
With a power of 3W and a luminous flux of 300 Lm, the Snowflake Laser Pendant Lamp emits a warm glow available in different colors (3000K, 4000K). Its degree of ingress protection, IP20, ensures its durability and longevity.
If you're fascinated by 3D design and interior decor, you can now bring the Snowflake Laser Pendant Lamp to life with our 3D model download. Simply visit our website on 3dsky and search for "Snowflake Laser Pendant Lamp" to access the model. With the file compatible with 3ds Max, you can easily incorporate it into your 3D home design or room design projects.
Experience the beauty and elegance of the Snowflake Laser Pendant Lamp and transform your space into a visual masterpiece. Order this exceptional 3D model today and enjoy the limitless possibilities it brings to your interior design endeavors!
Visit our website now to learn more and access the 3D model:
https://xn--7-ctbj0ch.xn--p1ai/podvesnye_s
