Top squeezed helix with organic lattice and twisted thickness 3D print model

cgtrader

Here's the thing. The 3D model I'm working with is perfectly suited for use in virtual reality, real-time applications, and even architectural interior scenes that require detailed visualizations or animations. Not only can this model be printed out using a 3D printer, but it also has an accurate real-world scale that ensures it fits right into its intended setting. This model was created originally with the help of 3ds Max 2016, which allowed me to export it easily into various formats as needed. One of the best features of this model is that it can be further divided into even more detailed sections, which can increase its overall resolution for use in different applications. The entire geometry object was created from a single solid piece, making it ready to be subdivided even further. This model has undergone several rounds of subdivision thanks to a Turbo Smooth modifier that I applied to the mesh geometry with 2 iterations. To put it into context, this object is perfectly centered at the origin of its respective scene. As for rendering, I've used Vray 3.0 in conjunction with simple standard Vray material. But don't get too excited - there are no textures involved in this project yet. It's worth noting that I didn't include any illumination setup within the 3ds Max scene either, so if you need some more dramatic lighting effects, you'll have to set those up on your own. The measurements for a 3D print of this model come out to be roughly 9.316cm x 9.28cm x 23.07cm - big enough to give you the detail you need but small enough that it won't take over an entire room. Keep in mind, this is a flexible model - if you want me to change anything about it or make any necessary adjustments for your particular needs, just shoot us an email and we'll see what can be done.