Vase flared with smooth beveled cuts pimp up top 3D print model

cgtrader

This 3D model is fully suitable for VR applications, real-time visualization projects, architectural interior scenes, animations, and any other CG project requiring precise realism. The model has been crafted with precision and accuracy in its real-world scale, making it perfect for detailed visualizations and photorealistic rendering. It was originally created using 3ds Max 2016 and seamlessly exported to various formats for flexibility. With a focus on subdivision capability, this model can be further broken down to achieve an increased level of detail without losing its overall integrity as a single object. Initially designed as one cohesive geometric entity, it is prepared to receive additional subdivision processes that elevate the resolution significantly. To ensure precision and authenticity in modeling, Turbosmooth modifier is incorporated over the mesh geometry, involving 2 distinct iterations for ultimate quality. As part of optimizing the design for VR, architectural purposes, and other real-time applications, the model maintains its central alignment at the scene's origin, providing straightforward access to adjustments as required. In rendering processes specifically made using Vray 3.0 with a straightforward application of Vray standard materials, this model offers a neutral look without any complex texture details that might complicate or slow down visualization. Note that since illumination settings are not contained within the 3ds Max scene package for added convenience, users have the freedom to implement their preferred light setups in real-time, depending on the visual impact they seek. In preparing this design for accurate replication via 3D printing, its model dimensions translate into substantial specifications of 8,237 cm, 8,208 cm, and 11,157 cm, encompassing detailed complexity as demanded by architects or designers alike. If users desire slight modifications to suit specific requirements, our team remains committed to delivering revised models.