Description

Enhance Your Design with Hexagon Panel Branch Splinter - A Stunning 3D Model

Are you looking for an exceptional 3D design to elevate your interior decor? Look no further than Hexagon Panel Branch Splinter. This remarkable 3D model is the perfect addition to any 3D project, whether it's room design, interior design, or any other 3D visualization.

High-Quality Details for a Realistic Experience

Hexagon Panel Branch Splinter is meticulously crafted with utmost precision, boasting intricate details that will impress even the most discerning eye. With 41,000 vertices and 81,000 polygons, this 3D model ensures a visually stunning result that will enhance any 3D interior or room design.

Multiple Textures for Added Realism

Dive into the world of realism with the multiple textures available for Hexagon Panel Branch Splinter. The included DiffuzeMap, BumpMap, and NormalMap bring an extra level of authenticity to your project, creating a visually appealing experience that will captivate your audience.

Compatibility for Your Convenience

Worried about compatibility? Hexagon Panel Branch Splinter has got you covered. This versatile 3D model is compatible with popular design software such as 3D Max 2014 and 2011, FBX, OBJ, and 3DS. Seamlessly integrate this exquisite design into your workflow without any hassle or inconvenience.

Experience Outstanding Renders with Vray 3.2

With the power of Vray 3.2 render engine, Hexagon Panel Branch Splinter transforms into a photorealistic masterpiece. Impress your clients and bring your 3D home or room design to life with stunning renderings that showcase the finest details of this exceptional 3D model.

Unlock Your Creativity with Hexagon Panel Branch Splinter

Ready to take your 3D design to the next level? Download the Hexagon Panel Branch Splinter 3D model from reputable platforms like 3DSky to unlock a world of 3D possibilities. Elevate your room design, interior decor, and overall 3D project with this incredible and versatile 3D model.

Quality

HQ

Colors

Render

Vray