Vase twisted top bent hexagon with bent extruded pattern 3D print model

cgtrader

The model is perfect for a variety of VR and real-time applications. Its use extends to 3D printing, creating immersive interior scenes, engaging visualizations, captivating animations, or any computer-generated project that calls for it. Built with correct real-world scale in mind, this 3D model can be easily 3D printed once obtained. The file is formatted in various ways, all originating from 3ds Max 2016, making compatibility effortless. Additional versatility is added as the model can be broken down into smaller parts to refine its level of detail even further, perfect for projects that demand extra depth. One seamless solid object forms this model's structure, simplifying the subdivision process. Turbosmooth technology adds the necessary layering and texture needed to replicate real-world features without going overboard. Just two passes of this powerful tool achieve ideal results. Located squarely at the center of its environment, this model remains undisturbed by outside influences while maintaining precision within a standard three-dimensional space. Scenes featuring Vray 3.0 can render smoothly without hiccups, giving an unmarred representation devoid of any obstructions from extraneous factors. A no-frills approach takes precedence when materials are applied – the simplicity is deliberate to ensure clean aesthetics unaffected by texture overemphasis or complications that hinder true creativity. When rendering models in various applications such as 3ds Max scenes doesn't automatically integrate all facets needed for flawless visual impact. That being said, this one here's free of lighting considerations which simplifies scene design yet remains highly impressive nonetheless. Key metrics stand tall when describing the size of this three-dimensional printed model: an expansive height, its depth – equally expansive in terms of creative expression it presents. When talking real dimensions: these are a notable 9569cm and its matching breadth is roughly 9388cm; rising upwards stands at an astounding twenty-six thousand eight hundred fifteen centimeters. This number highlights not only how extensive its range spans but how versatile such data could become when tailored into use within other digital or printing endeavors. Should any project parameters change unexpectedly during creation time due to shifting objectives, all it takes is reaching out - even modifications may need adjustments which might arise based upon the requirements stated by project's goals.