Categories

Style/French

Description

Repurposed French Press Florarium: A Unique 3D Model for Your Interior Decor

Looking to add a touch of elegance and creativity to your home? Look no further! Our Repurposed French Press Florarium is the perfect addition to your 3D interior design. Created by the talented designer, Zik, this stunning 3D model will bring a unique charm to any room.

Perfect for 3D Room Design and Interior Decor

With its dimensions of 7.5cm - 17.5cm - 12cm, this Repurposed French Press Florarium from ACRDDK is a versatile piece that can fit seamlessly into various 3D room designs. Whether you're working on a 3D interior decor project or designing a 3D home, this model is a must-have.

High-Quality 3D Model Download

As a 3D designer, you know how important it is to have access to high-quality 3D models. That's why we offer this Repurposed French Press Florarium for download. You can find it on 3dsky, the leading platform for 3D design resources. Simply follow this link: https://goo.gl/Sgpgru to get your hands on this incredible 3D model.

Compatibility and Specifications

This 3D model is compatible with 3ds Max 2011, making it accessible to a wide range of designers. With a polygon count of 128,343 and a smoothed model of 1,099k, this Repurposed French Press Florarium offers intricate details and a realistic appearance. Feel free to modify it to suit your unique 3D design vision.

For those using obj files, rest assured that objects with displacement are converted to geometry, ensuring easy handling and integration into your 3D room design.

Add a Touch of Elegance to Your 3D Interior Design

Whether you're a professional 3D designer or an enthusiastic hobbyist, our Repurposed French Press Florarium is a fantastic addition to your collection. With its unique design and compatibility with popular software like 3ds Max, this 3D model is perfect for bringing your 3D interior design projects to life. Don't miss out on this opportunity to elevate your home decor!

Quality

HQ

Colors

Render

Vray+Corona