Vase twisted bent rectangle with distorted grid plates 3D print model

cgtrader

This is a 3D model perfect for VR, real-time applications, architectural interior scenes, visualizations, animations, or any other Computer Graphics project requiring a precise digital environment. The model features realistic dimensions suitable for accurate scaling and can be effortlessly printed using a 3D printer due to its exacting measurements. Initially designed with 3ds Max 2016 and conveniently converted to multiple formats for universal compatibility, this detailed 3D design has immense versatility, making it ideal for architectural, product rendering, or simulation-based projects that necessitate authentic digital environments. Its complex internal structure offers endless opportunities for customization and optimization, ensuring users can precisely control its appearance, geometry, and other intricate details through advanced techniques like mesh refinement. When working on subdivision of the object, every aspect of this model is perfectly accessible due to its design, offering enhanced possibilities. Built as one continuous single-body geometry that can easily be segmented or merged, further enhancing the complexity level with detailed rendering in high-resolution digital formats. Utilizing TurboSmooth technology on the geometry surface and adding 2 refinement passes results in extremely detailed surfaces while preserving mesh geometry structure. Centered precisely at the origin point of a typical graphics workspace or simulation scene, its default setting allows seamless incorporation into existing projects. Renderings for visualization are optimized using the Vray engine version 3.0 along with minimal Vray standard material for simplified workflows, but not applied texture data for more straightforward rendering processes. As such, model's inherent material is kept without applying external elements for flexibility in the use case. However, due to its default state, there are no additional lighting effects integrated into 3D max project settings, giving end-users total control over setting up illuminating properties as desired for better final rendering quality outcomes. The size parameters are precise and optimal, measuring a scale that could easily print using conventional high-quality FDM-based desktop 3d printing technologies. The model itself is adaptable and completely compatible with changing requirements. If the need arises to adjust any specific feature, or there is interest in an even more customised digital format based on the present project requirements, it would be my pleasure to help further adapt or generate your chosen configuration according to project needs and requirements, without any charge - Just inform me at what level of personalisation would best suit your application and I will provide suitable details.