Bowl two layered flower 2 with beveled edges tapered 2 3D print model

cgtrader

Highly detailed and optimized 3D model ready for use in immersive VR experiences, real-time applications, intricate 3D printing projects, realistic architectural interior scenes, captivating visualizations, mesmerizing animations, or any other computer-generated (CG) project that requires precision and realism. This 3D printable model accurately replicates the proportions of its real-world counterpart, with measurements specifically calibrated for precise reproduction through various methods. Originally designed using industry-standard software 3ds Max 2016 and compatible with a wide range of formats, this versatile model is seamlessly adaptable to different project needs. By nature, it is highly divisible into smaller parts to further increase the resolution if desired, yet created initially as one single, self-contained geometry object that is instantly ready for subdivision. Utilizing the robust Turbosmooth modifier in combination with mesh geometry allows for exceptionally detailed textures and reflections while maintaining performance during real-time operations. This model features perfect centering at the scene's origin point, a requirement for many applications including modeling, rendering, or 3D printing where exact positioning is critical. Furthermore, this 3D model benefits from a streamlined Vray 3.0 rendering with uncomplicated Vray standard materials and minimal reliance on external textures, maintaining a seamless performance and effortless optimization. Moreover, our model does not rely on elaborate lighting setups contained within the provided 3ds Max scene. Its compatibility spans across multiple mediums and technologies, such as those employed in architectural visualizations, or simulations that involve photorealistic representation without necessitating complex scenes and setup. To accommodate for precision demands, specific model dimensions have been allocated to ensure perfect execution for any project involving real-time output for printing, where these parameters would be paramount.