Vase quadratic stumpy with extruded vertical lines 3D print model

cgtrader

The model is specifically designed to suit a range of high-end applications including real-time virtual reality, live rendering projects, complex architectural scenes, intricate animations, detailed visualizations, and extensive computer-generated environments. The model's precise measurements enable seamless integration with the latest 3D printing technology. It boasts accurate scale representations mimicking real-world characteristics, elevating its suitability for demanding artistic, engineering, or industrial purposes. To optimize printability and maintain optimal detail levels throughout the build process, the 3D design was initially developed within the comprehensive platform of Autodesk's 3ds Max 2016. Post-creation, this intricate 3D model has undergone expert formatting to support compatibility across diverse computer-aided design environments. Notably, due to its carefully crafted architecture and internal subdivisions, this geometric form lends itself ideally for further refining its detailed facets. Within the context of the geometry engine, one central core structure underlies this intricately designed 3D form, perfectly positioned at the precise axis within its environment scene for easy integration into forthcoming architectural settings. Utilizing Vray 3.0 for the most polished level of photorealistic visuals available today coupled with uncomplicated materials setup offers immense benefits in streamlined creation, rendering output. Given that the design can effortlessly adapt and conform to varied forms under an intuitive manipulation procedure while showcasing unmarred resolution, each detail or alteration stands fully responsive, ascertaining that the resulting visual image would reflect exactly as conceptualized within a unified design flow. For accurate dimensions relevant for 3D printing, specific details reveal measurements of the form at an overall size spanning 10.964cm along one axis to 9.959cm on its depth, culminating in precise total size dimensions suitable across an assortment of modern printers and manufacturing facilities.