Bottom wide vase helix with diagonal grid bulges 3D print model

cgtrader

Here is the rewritten text. This highly detailed 3D model is fully compatible with Virtual Reality, real-time applications, 3D printing, architectural interior scenes, visualizations, animations, and any other Computer-Generated project. The model is intricately designed to be printable in 3D format, maintaining an exact, realistic scale of real-world proportions. Initially crafted using the powerful tools offered by Autodesk's 3ds Max software, version 2016, the model has been seamlessly exported into a wide range of formats. Thanks to its versatile nature, this 3D model can be easily subdivided to further increase its impressive level of detail and resolution. Crafted as one single, solid geometry object, ready for subdivision at any moment, the model is also fully compatible with subdivision surface techniques. The addition of a Turbosmooth modifier on top of the intricate mesh geometry allows for enhanced realism in every iteration – up to 2 iterations can be applied without compromising performance. Conveniently centered at the origin point of the scene, this 3D model offers exceptional stability and control during rendering processes. For those looking to test their artistic vision, our team uses V-Ray 3.0 as their primary renderer, utilizing a simple yet effective V-Ray Standard material. Although it features no textures whatsoever, the level of realism is still remarkable. Regrettably, our team did not establish an illumination setup within the 3ds Max scene. Therefore, lighting settings need to be added separately before rendering the final result. Below are the specifications required for successful 3D printing: Height: 19.791 cm (7.768 in) Length: 10.385 cm (4.075 in) Width: 10.375 cm (4.078 in) In any case, please do not hesitate to get in touch with our team if you have any special requests or wish to make slight modifications to the model.