Introducing the John Lewis Pillow Medium 2 Seater Sofa 3D Model - Your Ultimate Interior Design Solution

Unleash Your Creativity with the John Lewis Pillow Medium 2 Seater Sofa 3D Model

Are you searching for a versatile and stylish 3D model that will bring your interior design visions to life? Look no further than the John Lewis Pillow Medium 2 Seater Sofa. With its impeccable composition and incredible attention to detail, this 3D model is the perfect addition to your 3D interior decor.

Impeccable Composition and Design

Crafted with precision using the latest technology, the John Lewis Pillow Medium 2 Seater Sofa comes in a max 2012 vray format and is also available in obj vray format. Its flawless UV unwrap ensures seamless integration into your 3D design projects.

Unlock Endless Possibilities

Featuring a generous poly count of 697,119 and 739,644 vertices, this 3D model perfectly captures the intricate details and proportions of the John Lewis Pillow Medium 2 Seater Sofa. Its dimensions of 88 cm in height, 170 cm in width, and 88 cm in depth make it an ideal choice for any 3D home design or 3D room design project.

Find Inspiration at Your Fingertips

Whether you're an interior designer, architect, or a 3D enthusiast, the John Lewis Pillow Medium 2 Seater Sofa 3D model will undoubtedly inspire your creative endeavors. With its unparalleled quality and realistic rendering, it's no wonder why 3D professionals worldwide turn to this model for their 3D interior design projects.

Explore Further with John Lewis

Discover more exceptional home furnishings and accessories from John Lewis by visiting their official website. With a wide range of exquisite pieces, John Lewis is a reputable brand that will elevate your 3D interior design projects to new heights. Indulge in the world of 3D design and download the John Lewis Pillow Medium 2 Seater Sofa 3D model today. Unleash your creativity and bring your 3D room design dreams to life with this remarkable piece. Don't miss out on the opportunity to transform your virtual spaces into stunning realities.