Bottom wide vase helix with twisted grid plates 3D print model

cgtrader

The provided 3D model is designed to seamlessly integrate into virtual reality, real-time applications, and various computer-generated (CG) projects requiring precise visualizations and animations. Originally crafted with the 2016 iteration of 3ds Max software, this high-resolution model has been successfully exported into other widely used formats for enhanced flexibility. For optimal printing outcomes, the model retains its accurate real-world dimensions, ensuring a smooth, stress-free printing process when executed with a 3D printer. Due to its creation as one unified solid geometry object, the model offers increased versatility by allowing it to be further subdivided at will for enhanced resolution without significant modifications being required. Equipped with TurboSmooth modifier placed atop of its complex mesh structure with precisely two iterations applied for fine tuning and detailing, this intricately designed model stands centered in its coordinate system's origin. Visualized using the powerful Vray 3.0 rendering tool paired with a simplified yet elegant standard material setup, no elaborate textures have been incorporated. For users seeking precise illumination effects or setups, they are kindly informed that the corresponding settings remain within their control as this model solely serves to represent the basic structural composition in a manner consistent with optimal computer-generated visuals for varied projects. Model dimensions designed specifically for efficient 3D printing measurements equate to 10.004 cm in height, 10.014 cm in width, and an impressive 19.723 cm in depth. A noteworthy aspect of this design lies within its modular architecture, ensuring flexibility to meet changing demands without compromise to performance or structural integrity when necessary modifications are undertaken under careful guidance and professional expertise offered on demand for the purposes of slight alteration or customization required by specific projects or requirements.