Bowl widening with interlacing sharp edged lattice tapered 2 3D print model

cgtrader

This high-poly 3D model is fully compatible with real-time applications, 3D printing, and architectural visualizations. Designed to meet exacting standards, the model maintains accurate real-world proportions, allowing it to be easily subdivided for increased resolution or fine-tuned as needed. Initially created using 3ds Max 2016 software, this versatile model has been expertly translated into other formats, ensuring seamless compatibility across a wide range of applications. Every element of the design has been carefully crafted with subdivision in mind, making it ready to be refined further. Built from a single, robust solid geometry object, this 3D model is specifically engineered for optimal subdivision, guaranteeing high-quality results even at increased resolutions. Employed is a TurboSmooth modifier atop its core mesh geometry, having undergone 2 thorough iterations for precise, intricate details. Situated centrally within the scene, all points of interest remain focused and easily accessible. Utilizing V-Ray 3.0 and the simplicity of standard materials without any textures has optimized rendering speeds, yielding remarkable visuals that require minimal effort to perfect. Consequently, when it comes time for production, a mere export from your 3D modeling software is necessary; our meticulously designed model takes full advantage of your rendering capabilities with an emphasis on versatility and limitless expansion opportunities within architectural, interior or animation scenes alike. Ideal measurements have been taken to ensure a perfect fit: print this detailed piece in precise scale at exactly 19.76 cm x 19.76 cm x 12 cm and prepare for exceptional output in VR, visualizations or CG production without a single setback in sight. Upon delivery, note that if necessary modifications must be applied you may reach out to our experienced staff directly – your input and creative direction will result in bespoke changes within the context of an updated model, built to precise client requirements as instructed.