Vase low bulky helix with small horizontal sections 3D print model

cgtrader

The 3D model is optimized for VR experiences and real-time applications, offering compatibility with 3D printing, architectural interior scenes, visualizations, animations, and other computer-generated projects. This detailed 3D model can be printed using various technologies due to its precise dimensions, which accurately reflect those of the real world. The model was originally designed using 3ds Max 2016 software, before being exported into several other file formats for convenience. One unique feature of this 3D model is that it can be further subdivided, enabling users to enhance its level of detail. When first created, the model consisted of a single geometric entity ready for subdivision into more refined elements. As constructed, the 3D model contains a Turbosmooth modifier positioned atop its mesh geometry, allowing the user two levels of smoothing to fine-tune the object's appearance as desired. Conveniently centered at the origin point within any scene, this model presents itself readily available for immediate use in any creative project. Its renderings have been made using Vray 3.0 software combined with a simple Vray standard material, thereby minimizing visual clutter while preserving clarity. Note that textures are intentionally excluded from its design. However, it is worth mentioning that the illumination settings used during rendering are not included within the accompanying 3ds Max scene file provided for this model. If your particular needs or vision call for a modified version of the original model or any component related to illumination setup within your specific project scenario, simply feel free to reach out directly for assistance and possible implementation according to your specifications. Finally, it is crucial to note that detailed measurements for printing purposes are provided here - measuring in at 16,215cm 16,233cm 18,972cm - giving designers a clear indication of what dimensions to use when embarking on any printing endeavors.