Vase taper slim with intertwining lines very twisted and tapered 3D print model

cgtrader

The provided 3D model is perfectly suited for various computer-generated projects including virtual reality experiences, real-time simulations, architectural visualizations and animations that demand detailed interior scenes. This high-quality model features realistic dimensions matching those of its real-world counterpart, making it an ideal candidate for 3D printing purposes. Initially created using the latest version of 3ds Max (2016), the file can be easily exported into different formats catering to diverse requirements. Further subdivision of this complex geometric shape will only increase its level of detail and sophistication, enabling users to produce crisp, clear images in any computer-generated environment. Designed as a singular solid entity, it's simple for developers to apply the TurboSmooth modifier multiple times - up to 2 iterations, if desired. Also situated conveniently at the origin point within its digital environment is the 3D model's main subject. The renderings have been successfully processed using VRay version 3.0 and simple VRay Standard materials that are devoid of textures. One noteworthy detail to note here is that the illumination settings within the corresponding 3ds Max scene have not been implemented, implying users would be required to add this feature as per their requirements for better visibility in any particular environment or platform. Upon analyzing its precise measurements for the purpose of 3D printing, it's observed that this object measures approximately 5.67 centimeters in height by 15 centimeters in depth and possesses an aspect ratio similar to the provided dimensions of its physical counterparts. If users require making modifications to the current version, they're free to make any necessary changes after reaching out directly for a more personalized response from the support team. Lastly, please take note that the 3D model's format remains highly compatible across a variety of systems and rendering environments due to which the users will face minimal or no hurdles during processing in respective application or platforms