Vase top bent hexagon with faceted cuts 3D print model

cgtrader

This is a highly detailed and accurate 3D model perfect for use in Virtual Reality applications as well as real-time rendering, architectural visualizations, animations and any other CG project that requires exceptional detail and realism. The model's scalability makes it suitable for various applications such as interior scenes where scale must be realistic. This model was originally created with the powerful software, 3ds Max 2016, allowing for smooth exports to a range of formats that support real-time rendering and 3D printing. Due to its design, this model can easily be further subdivided, increasing resolution as needed while maintaining crisp edges and corners. The object is made from one singular solid geometry unit allowing subdivision and optimization with increased render times resulting in faster renders when exported. On top of this base, a Turbosmooth modifier was applied two times providing smooth mesh transitions where needed most and ready for rendering. In addition, the scene's origin is placed at its exact center giving room for artistic control from there onward, minimizing loss due to incorrect scale and keeping the focus on high level render quality. Render tests confirm seamless integration of materials using Vray 3.0 with no complications detected through this testing procedure even though materials do not include textures that could lead some unexpected inconsistencies. Lastly, the lighting set-up isn't included in order not to add an extra step that the artist wishes to tackle independently, so only what they truly need - and can directly access through exported object files. Note: The precise measurement of dimensions necessary for successful 3D printing reads 8,812cm * 9,114cm * 26,644cm respectively. Modification requests are easily accommodated within these guidelines as changes may occur or an enhanced version desired with simple inquiry allowing our experts to tailor specifications to fit their individual preferences upon contacting.