Narrow top vase helix with wavy scattered grid plates 3D print model

cgtrader

Here is the information for this high-quality, professionally-created 3D model, suitable for VR applications and various real-time projects. The model can also be utilized in architectural interior scenes, visualizations, animations, or any other CG project. This highly detailed 3D printable model maintains correct real-world scale, ensuring precise representation. It was originally created with the advanced software of 3ds Max 2016 before being exported into a versatile range of formats. This versatile 3D model offers additional versatility as it can be subdivided further to enhance its level of detail and precision, thus giving designers and artists unparalleled flexibility. Additionally, the model is presented in one solid geometry object form, perfectly prepared for subdivision. An optimal performance enhancement feature - the Turbosmooth modifier has been expertly added on top of the intricate mesh geometry, with two highly effective iterations that guarantee smooth and detailed visuals. The 3D model's central point is exactly positioned at the origin of its corresponding scene environment, simplifying any additional integration tasks you may require. Utilizing the power of Vray 3.0, this sophisticated 3D model has been rendered with exceptional visual fidelity, boasting a simple yet highly effective Vray standard material that includes no textures for a minimalist aesthetic approach. One thing worth mentioning is that rendering the scene is completed without the illumination setup as it was left separate in order to cater more effectively for the diverse array of rendering environments you may prefer to use. Dimensions specific for this 3D printable model include 9.248cm length, 9.228cm width, and a maximum height of 21.342cm. It's worth noting that, if your desired application requires slight adjustments or customizations in this professionally-designed 3D model, simply reach out to the creator and let them guide you through an optimized customization process.