Vase puffy tipped triangle with cavities smooth 3D print model

cgtrader

Human-Created 3D Model for VR, Real-Time Applications, and Beyond A versatile and detailed 3D model crafted to excel in various computer-generated projects such as VR experiences, real-time applications, 3D printing, architectural interior scenes, visualizations, animations, or any other CGI endeavor. The model boasts precise real-world scale, making it ideal for applications requiring accurate representations. Created using the powerful 3ds Max 2016 software and seamlessly exported to various formats, this 3D model is poised to deliver high-resolution results when subdivided further to enhance its resolution. Initially conceived as one cohesive solid geometry object, the model is ready for subdivision, allowing users to effortlessly adapt it to their specific requirements. At its core, the model incorporates a Turbosmooth modifier on top of the mesh geometry, augmented with two iterations for a level of refinement that adds depth and dimension without sacrificing performance. For convenience, the 3D model is centered at the origin of the scene, ensuring easy manipulation and integration into existing projects. Rendering was executed utilizing Vray 3.0 and a simple yet effective Vray standard material, which, importantly, lacks any textures. The absence of complex textures ensures that users can seamlessly integrate their own materials without dealing with any potential compatibility issues. One noteworthy detail is the 3ds Max scene itself; while it does not include the illumination setup, this omission allows users to effortlessly create and control lighting as they see fit. Regarding modifications, model dimensions for a successful 3D print are specified at 8.995cm x 8.57cm x 22.68cm, though these specifications can be altered or modified according to user needs. Users interested in customizing the model are invited to reach out directly, as any required changes will be promptly addressed to ensure optimal satisfaction with this adaptable and detailed human-created 3D model.