Vase twisted bent quadratic with wavy grid plates 3D print model

cgtrader

This highly detailed, three-dimensional model is specifically designed to thrive in a variety of computer-generated environments. Perfectly suited for virtual reality, real-time applications, 3D printing projects and even the creation of architectural interior scenes, visualizations and animations. Thanks to its accurately scaled dimensions, this model can be easily translated into real-world size with ease. Initially developed using 3ds Max 2016 software and later exported in a multitude of compatible formats, this highly versatile 3D design is capable of being broken down further for enhanced detail. Originally created as one single, cohesive geometric object, this model's internal structure can be subdivided multiple times to increase its overall level of complexity. Notably, the 3D model also boasts a Turbosmooth modifier strategically positioned above the base mesh geometry, utilizing two key iterations for added refinement. Conveniently situated at the center of any scene or composition, this well-constructed 3D model provides an exceptional foundation for numerous artistic and design-based endeavors. Featuring an effortless simplicity in its render, this 3D object has been beautifully illuminated using Vray 3.0 software, complete with straightforward yet stylish Vray standard materials. Moreover, thanks to its texturally free Vray standard material setup, artists are afforded the creative liberty of assigning textures and additional design elements at their leisure. While no comprehensive illumination plan is provided in the base 3ds Max scene package, rendering opportunities abound for the resourceful and ambitious user. This incredibly adaptable model possesses real-world measurements spanning 12.266 cm, 12.077 cm, and 24.231 cm, precisely optimized to facilitate smooth, efficient printing in three-dimensional formats. Should users wish to revise or modify their existing design template, merely initiate communication with our creative team, and a refined solution shall be developed accordingly.