Premium Indoor Fiddle Leaf Fig - 3D Plant Model
Discover the Perfect 3D Model for Your Interior Design Project
Are you in search of a stunning 3D model to elevate your 3D interior and bring your design visions to life? Look no further than our Premium Indoor Fiddle Leaf Fig - 3D Plant Model. Available for download on 3DSky, this exquisite 3D design is the perfect addition to enhance any room.
Immerse Yourself in High-Quality 3D Detail
Our Premium Indoor Fiddle Leaf Fig - 3D Plant Model is compatible with 3dsMax 2015 + obj + FBX 2012, allowing you to seamlessly integrate it into your design process. With impeccable renders using Vray + Corona render engines, this 3D model ensures incredible attention to detail and realistic visuals.
Unmatched Features to Perfect Your Design
This exceptional 3D plant model comes with numerous features to enrich your project, including:
- Impressive height of 140cm, adding grandeur and elegance to your space
- Extensive material library, featuring Corona mtl + Vray mtl + Standard mtl, providing flexibility and versatility for your 3D room design
- Optimized mesh with 109k polys and 109k verts, ensuring seamless integration into your 3D interior decor project
- High-resolution 4K textures + 4K materials, guaranteeing exceptional visual quality
- Formats available: BMP + JPEG for textures, MAX + OBJ + JPEG for previews, 3d models in OBJ + MAX + FBX 2012
- Compatibility with both Corona render and Vray, allowing you to choose the renderer engine that suits your needs
- Real-world scale and unwrapped overlapping, ensuring easy integration and authentic representation in your 3D home design
- Compliant with centimeter units for precision and accuracy
- Smooth quad mesh topology, enabling the use of Turbo Smooth for added refinement
Elevate Your Design Project Today
Don't miss out on this remarkable 3D model download opportunity. With its exceptional features and lifelike representation, the Premium Indoor Fiddle Leaf Fig - 3D Plant Model is the ideal addition to enhance your 3D interior and
