Description

Introducing the 4-in-1 Tree Bundle: Red Delicious Apple-Peach

Are you looking to add a touch of nature's beauty to your 3D designs? Look no further! Our 4-in-1 Tree Bundle brings the enchantment of Red Delicious Apple-Peach trees right to your fingertips. With realistic detail and impeccable craftsmanship, these 3D models are perfect for enhancing your 3D interior decor.

A Versatile 3D Model Download for Your Creative Projects

When it comes to 3D models, versatility is key. That's why our Red Delicious Apple-Peach Tree Bundle comes in multiple heights, ranging from 6 meters to 6.5 meters. Whether you are working on a 3D room design, 3D interior project, or any other 3D project, these 3D models will add depth and authenticity to your creations.

High-Quality Materials and Realistic Textures

We understand the importance of quality in 3D designs. That's why our Red Delicious Apple-Peach Tree Bundle is crafted using the finest materials, including Corona mtl, Vray mtl, and Standard mtl. With a comprehensive material library and unwrapped overlapping, these 3D models ensure that your 3D design will have the perfect look and feel.

Seamless Compatibility with Leading 3D Software

Our Red Delicious Apple-Peach Tree Bundle is compatible with a range of 3D software, including 3ds Max. Whether you are a professional 3D designer or a hobbyist, these 3D models are easily accessible and can be seamlessly integrated into your 3D home design or 3D room design projects.

Download Your 3D Models Today

Ready to enhance your 3D creations with the beauty of Red Delicious Apple-Peach trees? Visit 3dsky now to download the OBJ and MAX files of our 4-in-1 Tree Bundle. With high-quality textures and clean topology, these 3D models will transform your 3D designs into works of art.

Remember, whether you are working on a 3D interior or any other 3D project, our Red Delicious Apple-Peach Tree Bundle is the perfect addition to your toolkit. Explore the world of 3D design like never before with these stunning and versatile 3D models.