Spacious vase with faceted and twisted organic lattice 2 3D print model

cgtrader

The 3D model is tailored specifically for applications that require seamless integration with virtual reality and real-time visualizations, making it perfect for architectural interior scenes, detailed animations, and any computer-generated project. Created using industry-standard software like 3ds Max 2016, this model can be effortlessly converted into a range of formats to suit various needs. Being highly scalable, the model is meticulously designed to fit accurate real-world measurements. Furthermore, its design enables it to be finely subdivided multiple times without any loss of detail, resulting in higher resolutions as needed. From an architectural perspective, each object was crafted with precise geometry, which can then be enhanced through advanced mesh modifications such as Turbosmooth, achieving the perfect level of intricacy for both high-resolution renders and detailed modeling. By focusing on real-time performance, every detail within this 3D model has been optimized to offer clear render quality without compromising processing speeds. Equipped with an uncomplicated VRay material setup, including basic settings and minimal texture, it's ideal for those aiming for photorealistic outcomes using simple setups while leveraging the capabilities of VRay rendering. Built as a solid, singular object ready for subdivision, this 3D model takes advantage of the mesh geometry to deliver smooth rendering experiences without demanding intensive computational power. Centered on its scene origin point and featuring high-polycounts within a limited render iteration (only two passes), it can accommodate diverse architectural scenes by efficiently subdividing further as necessary. Its size spans approximately 142,350cm x 143,450cm x 250410cm in 3D printed format, showcasing a model well-suited for large-scale installations and projects requiring precision detail and exact scale measurements. Any request for modification or slight adjustments can be accommodated upon direct inquiry. Feel free to contact us should you desire modifications or customized changes within this existing structure or otherwise related matters concerning its usability or customization in future designs and renderings