Bowl two layered flower with soft tips tapered 3D print model

Bowl two layered flower with soft tips tapered 3D print model

cgtrader

This high-quality 3D model is perfect for immersive VR experiences, real-time applications, 3D printing, and bringing architectural interior scenes to life through stunning visualizations and animations. The detailed model has accurate real-world scale, making it ideal for use in any Computer Generated (CG) project. It's 3D printable, ensuring that it can be used with various 3D printing techniques and tools. The original design was created using the industry-standard software 3ds Max 2016 before being exported into other compatible formats. The model's geometry is composed of one single object that has been optimized for subdivision to increase its resolution further. To achieve this high level of detail, it features a Turbosmooth modifier atop the mesh geometry with 2 iterations, guaranteeing that all angles are precisely smooth and refined. As for location within the scene, it's conveniently centered at the origin. Rendering was done using Vray 3.0, with a straightforward Vray standard material used to cover all surfaces without employing any textures. Note that this particular 3D Max scene doesn't come equipped with illumination settings; however, its dimensions measure: 18,807cm in height, 18,808cm wide, and 8,516cm deep. For potential 3D printings, these precise measurements provide all necessary information to successfully bring the model to life. Should any modifications be required or changes requested to fit specific project needs, our team stands ready to collaborate; simply reach out for customized solutions tailored specifically to your unique demands.

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With this file you will be able to print Bowl two layered flower with soft tips tapered 3D print model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Bowl two layered flower with soft tips tapered 3D print model.