Vase spherical with smooth cuts and sharp edges streched top ... 3D print model

cgtrader

This highly detailed and fully editable 3D model is specifically designed for various high-tech applications such as VR, real-time modeling, 3D printing, and architectural visualizations. Created with industry-leading software like 3ds Max 2016, it can be easily exported into multiple formats to fit any specific need. Made to stand out from the crowd with a precise real-world scale, this versatile model offers numerous creative possibilities that are simply limitless in their potential applications. What's more, the original 3D design file contains Turbosmooth modifier which gives you an immense range of possibilities for its subdivision, effectively making it suitable for virtually any form or detail you want to achieve. Being created as a singular solid object from the start makes it fully subdividable, hence allowing the modeler and designer the ability to push their vision to an extreme level with minimal compromise on detail. This remarkable capability combined with no limitation in size allows for complete freedom of creative expression. Moreover, its dimensions at approximately 19.64cm x 19.641cm x 11.33cm lend themselves perfectly well towards efficient production via a state-of-the-art 3D printer. Rendering it using VRAY 3.0 technology combined with the simplicity of a V-Ray Standard Material truly unleashes this incredible 3D model's visual power and authenticity to great effect - perfect for designers, animators or architectural visual artists. What is worth noting, though, that the illumination setup has not been saved in this Max file but don't worry because you can easily work with that yourself. This unique offering comes ready-made at no cost which simply means all creative professionals can dive head-on and get the desired outcome for their 3D print model instantly by having an open access to highly intuitive tool, thanks again for reading and taking your first step on the incredible path to creative mastery.