Vase curved with smooth bubble holes 3D print model

cgtrader

This high-definition, three-dimensional model is ideal for Virtual Reality experiences, real-time applications, 3D printing, and visualizing architectural interior spaces and exteriors through animated videos or computer-generated scenes. It's perfect for any project requiring stunning Computer Graphics imagery. Originally built using Autodesk's industry-standard software, 3ds Max 2016, the model was exported in a variety of formats for enhanced versatility. With a straightforward subdivision process, its high-resolution surface area can be amplified at will, accommodating even the most intricate visual demands. Comprising one single, unified geometry object, it has been specially engineered to accept multiple subdivisions seamlessly without requiring any significant modifications to its fundamental structure. What's more, this model features a Turbosmooth modifier on top of its basic mesh geometry with precisely two iterations – ensuring both smooth surface detail and overall performance stability within complex CG projects. At the heart of its 3ds Max scene lies an efficient rendering solution based on Vray 3.0. The simplified, high-contrast color palette derived from standard Vray material properties serves to create an optimal visual profile with clear distinction between the various architectural features. When it comes to bringing this three-dimensional representation to life in real-world settings through actual printing – or to incorporate more complex shading or illumination techniques as per client preference – its compact, accurate measurements come into play. For 3D print applications, users can rely on dimensions of exactly 15.28 cm x 15.281 cm x 21.114 cm for perfectly scaling output results. Whether a slight adjustment to the model is necessary for alignment with a particular project vision or the need arises for entirely custom content to drive storytelling further, we welcome inquiries into creating and implementing tailored modifications with flexibility as the guiding principle behind our process.