Vase taper squeezed neck with intertwining lines very twisted... 3D print model

cgtrader

The model is perfect for real-time applications in VR and stunning architectural visualizations that will capture any audience's attention instantly. This incredible model has been carefully crafted with 3D printing in mind, making it incredibly precise down to the smallest detail at scale. Originally designed with precision using the powerful tools found in 3ds Max 2016, this remarkable model can be seamlessly exported into other formats for greater versatility. A significant feature of this extraordinary model is that it's highly subdivisible to enhance its resolution even further, opening up limitless creative possibilities. Its foundation is built as one singular solid geometry object, allowing users the freedom to dive deep into the process of subdivision without limitations. Furthermore, the Turbosmooth modifier, which adds an extra layer of depth and smoothness to the model with a 2 iteration boost, has been thoughtfully placed on top of the mesh for ultimate realism. By its nature, this model sits precisely at the center of the origin in the scene, allowing users complete flexibility when placing it within their creative projects. What's more, stunning renderings of this masterpiece have been captured using Vray 3.0 and simple Vray standard materials with no additional textures added - an ideal setup for creating professional-looking results without compromising on image quality. However, to provide users with even greater control over their project, the 3ds Max scene does not contain any pre-defined illumination setups - leaving this critical element entirely up to the user's creative discretion. Measuring a respectable 11,156cm x 11,159cm x 15.0cm in size, these dimensions make it perfectly suited for detailed and precise 3D printing projects. In recognition of its remarkable adaptability, users can modify or change this incredible model as needed - simply reach out to our team if you require any custom modifications!