Bowl two layered flower long top 3D print model

cgtrader

The 3D model is suitable for VR applications and real-time rendering in various CG projects, such as animations, visualizations, and architectural interior scenes. It has the potential to be printed using 3D technology due to its correct scale according to real-world dimensions. Initially, it was designed using 3ds Max 2016 software before being exported into other formats for compatibility purposes. Additionally, this model can undergo further subdivision in order to enhance its overall resolution and details, providing the opportunity for an increase in mesh density as desired. The 3D model has been created with a unified geometry object, making it easily ready for further subdivision if required. A Turbo Smooth modifier was placed atop of the original mesh geometry to ensure higher definition at various levels by allowing multiple iterations, such as up to two, depending on needs. When positioned in the scene's origin center, precise adjustments and alignment can be applied. Rendering capabilities utilizing Vray 3.0 were applied for high-quality images with minimal material requirements as this model comes standard equipped without any added textures, making rendering a simpler task overall. Unfortunately, there are no illumination setups found within the attached 3ds Max scene due to focus on pure object rendering without additional lighting factors being applied during modeling and design process. For potential users aiming for a more detailed 3D print outcome in reality, relevant measurements for scale and dimension include a length of approximately 23,022 centimeters, breadth spanning about 23,024 centimeters, and height measured at around 11.91 centimeters. Regarding the modification and alteration aspect of this model, please be informed that custom adaptations or changes can indeed be made in accordance to individual demands upon notification and communication for possible adjustments as needed for specific use cases or preferences of an end-user client request