Vase spherical compressed with smooth cuts and extruded neck ... 3D print model

cgtrader

This 3D model is tailored for high-definition virtual reality experiences and real-time applications, including 3D printing projects, detailed architectural scenes, engaging visualizations, motion animations, and other sophisticated computer-generated visuals. The design can be perfectly replicated at life-like scale using advanced 3D printing technology. This highly-detailed asset was initially crafted using industry-standard software called 3ds Max 2016 before being efficiently converted to other popular formats for enhanced usability. For more intricate designs, this model's core structure allows for subdivision, allowing artists and designers to increase its resolution as needed. By default, the design is presented as a single solid geometric entity that's easily modifiable using sophisticated mesh editing tools like Turbosmooth with 2 precise iterations applied for refinement. In the current format, the design has been centered around the origin point of the scene to ensure precise placement within other compositions or projects. The high-quality rendering of this model was achieved through Vray 3.0 with basic Vray Standard materials incorporated and applied evenly across the mesh geometry - unfortunately, there are no additional textures that can enhance visual realism. In its current configuration, this design scene utilizes standard illumination setups common in 3ds Max environments to deliver stunning results when brought together. When it comes to producing detailed models for real-world 3D printing, this model measures out to an impressive scale: the outer edges of this masterpiece span approximately 78.35cm and extend a total distance of around 113.44 cm upwards when viewed at life-like proportions. We understand that you may need adjustments made or have alternative creative visions that our work can help manifest - just send us your inquiry so we might tailor something specifically tailored for your requirements.