Bottom wide vase helix with curved horizontal wavy sections 3D print model

cgtrader

The model is specifically designed to meet the demands of virtual reality applications that require real-time performance. This highly detailed model also finds itself useful in various 3D printing projects, architectural interior settings, as well as extensive visualizations and animations common to CG-related work. To further emphasize its suitability for print-based production, this three-dimensional representation has been engineered with exact measurements relative to the real world, ensuring precision when translated into an actual three-dimensional format. It was initially developed using the comprehensive capabilities of 3ds Max in 2016. With ease of versatility being paramount in today's digital era, export options have made it seamlessly adaptable across different software formats without losing any essential attributes or features inherent to its original framework. The level of detail that can be extracted from this model can be elevated through a process called subdivision, allowing users the freedom to boost its resolution while maintaining its fundamental structure intact as one singularly formed solid geometric entity. For optimal output in both static and motion-oriented simulations, the geometry is further enhanced by the incorporation of Turbosmooth modifier on top of its original mesh layout, thus allowing for the addition of two extra iterations before refining the overall appearance of the model. Strategically placed at the very center of a digital scene, the object serves as an anchor point of reference that eliminates potential complications or confusion with navigation in highly detailed settings. While visualization and output rendering processes typically rely on sophisticated lighting techniques and extensive setup, this specific scene can easily stand alone for those preferring streamlined approaches without having to engage with elaborate setups such as complex Vray standards often required for achieving photorealistic outputs. Simple textures have also been employed for an unobtrusive approach to its appearance without any pretence of complexity. However, a notable absence is that of the illumination setup within this provided scene context. With specifications tailored explicitly to meet print-ready dimensions for high-fidelity results: precisely 9.88 cm x 9.916 cm x 19.546 cm in size - rendering seamless adaptability when scaled to meet diverse printing mediums without any loss or compromise on the structural integrity that holds true with its intricate geometry