Vase with fat intertwining lines very twisted and tapered 2 wavy 3D print model

cgtrader

Highly detailed 3D models designed specifically for cutting-edge virtual reality experiences, real-time applications, 3D printing projects, intricate architectural interior scenes, engaging visualizations, captivating animations, and other complex computer-generated ventures are our specialty. The meticulously crafted models boast precise real-world scale, making them ideal for exacting uses. Originating from powerful software like 3ds Max 2016 and expertly exported into various formats, these exceptional models can be subdivided further to boost their intricate resolution. Each model is skillfully created as one cohesive solid geometry object, ensuring seamless subdivision processes. All of our top-tier models feature a Turbosmooth modifier strategically layered atop the underlying mesh geometry, with an optimal two iterations that fine-tune every detail. Located conveniently at the origin of the scene, these stunning models ensure ease of manipulation and effortless placement in any environment. For high-end renderings, we rely on the advanced capabilities of Vray 3.0 to produce striking images using simple yet effective Vray standard materials – with no complex textures necessary to overwhelm the scene. While illumination setup within the 3ds Max scene is notably absent, this merely underscores the incredible versatility of our highly optimized models, free from pre-set lighting scenarios and open to your creative vision. When considering your precise requirements for a particular 3D print project, the model dimensions come in at an impressive 13,773cm x 13,762cm x 15,351cm – guaranteeing that every minute detail of your intricate design is precisely replicated. Whether it's fine-tuning or making alterations to your vision, our skilled team is at your disposal. Don't hesitate to contact us regarding any specific requests or changes you may wish to implement; we're here to collaborate with you and turn your creative concepts into vivid reality.