Vase twist curved tipping triangle 2 with cavities smooth 3D print model

cgtrader

3D Model Suited for Virtual Reality, Real-Time Applications, Architectural Scenes, and CG Projects A highly detailed and realistic 3D model is now available, designed to meet the demands of various virtual reality, real-time applications, architectural interior scenes, visualizations, animations or any other complex Computer Generated (CG) project. This robust model boasts correct real-world scale, ensuring a life-like experience. It can be effortlessly 3D printed with high precision due to its accurate measurements and scaling. The original creation of this stunning 3D model took place in the powerful 3ds Max 2016 software. For users who prefer to work within different formats, there are multiple export options available to ensure seamless integration into various CG projects. Further refining the resolution of the 3D model is an achievable goal through subdivision, allowing designers and artists the ability to increase its level of detail as needed. As a singular geometric entity, it remains ready for the process of subdivision without the need for conversion. Equipped with a Turbosmooth modifier situated atop the mesh geometry with precisely 2 iterations, this impressive 3D model offers optimal performance while maintaining visual integrity. For convenience and organization, its centered at the origin point of the scene. Using Vray 3.0 for rendering and an uncomplicated Vray standard material without any added textures, every element has been meticulously handled to provide an accurate representation of the model. Importantly, it should be noted that this particular version does not come equipped with an illumination setup within the 3ds Max scene. The optimal size dimensions for successful 3D printing are carefully specified: 10.338 cm x 10.4 cm x 20.505 cm. It's a dynamic and versatile model designed to easily integrate into a wide variety of settings, including architectural scenes, where it can significantly enhance any CG project through its rich level of detail and realistic presentation.