Description

Discover the Stylish and Adjustable GWINNER CTV125F Coffee Table

Are you looking to enhance your 3D room design with a stunning centerpiece? Look no further than the GWINNER CTV125F Coffee Table. This exquisite 3D model is the perfect addition to any 3D interior decor, providing both style and functionality.

Elevate Your 3D Interior with the GWINNER CTV125F Coffee Table

This GWINNER coffee table offers a seamless blend of modern design and adjustability. With its sleek and elegant appearance, it adds a touch of sophistication to any 3D room design. The table is available in two captivating colors: Natural Oak Timber and Honey Wild Oak, as well as Cream Lacquer and Fango Lacquer. Choose the color that best complements your 3D interior.

The Ultimate 3D Model for Your Design Needs

As a 3D designer or enthusiast, you'll be delighted to know that the GWINNER CTV125F Coffee Table is available for 3D model download on platforms like 3DSky. This 3D Max model is compatible with various software, including 3DS Max with Vray and Corona renderers, as well as FBX and OBJ formats.

Customize Your 3D Home Design with Height-Adjustable Features

The GWINNER CTV125F Coffee Table offers more than just visual appeal. With its adjustable height feature, ranging from 46 to 65 cm, you can adapt it to suit your specific needs. Whether you prefer a lower coffee table or a higher surface for working or dining, this table has got you covered.

Featuring a dimension of 125cm in length and 75cm in width, this coffee table provides ample space for your 3D interior. With a modest polygon count of 207, you can be confident that this 3D model will seamlessly integrate into your 3D room design. The height-adjustable version has a polygon count of 733, ensuring realistic and intricate detailing.

Don't miss the opportunity to elevate your 3D interior design with the GWINNER CTV125F Coffee Table. Download the 3D model today and see how it can transform your virtual spaces into stunning realities.

Quality

HQ

Colors

Render

Vray+Corona