Vase with bent extruded pattern 3D print model

cgtrader

This highly detailed and incredibly versatile 3D model is perfect for immersive VR experiences, cutting-edge real-time applications, sophisticated architectural interior scenes, mesmerizing visualizations, and dynamic animations - or simply put, any other groundbreaking CG project that demands perfection. Boasting an authentic real-world scale, this awe-inspiring model is 3D printable to exacting standards, ensuring flawless execution every time. Originally crafted with the latest version of 3ds Max in 2016 and then expertly exported into a variety of formats for maximum flexibility, this showstopper can be subdivided to boost its resolution to breathtaking new heights. Built from a single solid geometry object, this exceptional model is primed and ready for subdivision - a process that allows you to further amplify its already-stunning resolution. Additionally, it's equipped with the TurboSmooth modifier on top of the mesh geometry, working tirelessly behind the scenes to guarantee ultra-realistic results after just two iterations. At its core, this stunning model is carefully centered at the origin of the scene - the perfect starting point for your creative vision. Its render has been beautifully crafted using the industry-leading Vray 3.0 and simple yet sophisticated Vray standard material - with no distracting textures in sight to clutter the visual landscape. While rendering was handled by the expert minds behind Vray, note that the 3ds Max scene itself does not contain any illumination setup - a testament to its versatile design. Finally, if you're looking to bring this incredible model to life through 3D printing, know that its dimensions are precisely measured at 7.71cm x 7.71cm x 18.994cm - the perfect foundation for a project of breathtaking scale and precision. And remember, this is just the beginning. Should your creative vision require any adjustments or modifications, please don't hesitate to get in touch - we'd be delighted to help you unlock even greater potential from this incredible model.