Vase squeezed hexagon with grid plates 3D print model

cgtrader

This 3D model is perfectly suited for a wide range of applications, including VR, real-time rendering, and 3D printing, as well as architectural interior scenes, visualizations, animations, and computer-generated imagery projects in general. The model has been designed with correct real-world scale dimensions. Initially created using 3ds Max 2016, the model has also been exported into other compatible formats. One of its key features is that it can be subdivided further to significantly increase its resolution, while maintaining a solid geometry object. For subdivision, this model features Turbosmooth modifier applied directly on top of the mesh geometry with 2 iterations, which allows for finer details to be extracted from it. This feature also positions the model perfectly at the center of the scene's origin, facilitating any further processing or rendering tasks. To create the 3D renderings presented, a Vray 3.0 software was employed along with a basic standard material setup provided by Vray. The model is entirely without textures; they are non-existent on this 3D geometry. The underlying 3ds Max scene is remarkably free from any complex illumination setups, keeping things nice and straightforward for anyone who might require working with this asset in the future. For users seeking to have their very own custom model of the same size or dimension specifications designed to meet their particular demands within the realm of physical real-world 3D printing needs and expectations, its external dimensions would amount to 8.665cm x 8.938cm x 22.887cm exactly; it can be modified at a user's convenience and as many times needed by sending in your preferred requirements so that they can get them fulfilled in no time via our provided platform. Note: the customer is at liberty to decide any modification(s) that he requires with their model - it doesn't affect its overall print quality or appearance, since everything is 100% guaranteed when ordering from our team of experts.