
Narrow top vase helix with small horizontal sections 3D print model
cgtrader
The 3D model is highly detailed and specifically designed to excel in VR experiences, real-time applications, and 3D printing projects. This impressive creation is also suitable for showcasing architectural interior scenes, visually striking visualizations, captivating animations, or any other computer-generated project. The model can be printed in three dimensions with ease and precision, as it possesses accurate real-world measurements. Originally created using the latest version of 3ds Max software (2016), it was exported into various formats to increase its versatility. Additionally, this remarkable model can be divided further to enhance its level of detail, making it ideal for those seeking precise and high-resolution models. As one unified geometry object, it is already ready for subdivision and can withstand multiple iterations without compromising its quality. The model has been subjected to the Turbosmooth modifier on top of its mesh geometry with a remarkable 2 iterations. Strategically centered at the origin of the scene, this stunning model exudes professionalism and accuracy. Rendered with the advanced Vray 3.0 software and a basic Vray standard material, it showcases exceptional visuals without the use of textures. Please note that the accompanying 3ds Max scene does not contain any illumination setup, ensuring seamless importation into new scenes. In terms of physical dimensions for 3D printing, the model boasts an impressive size of approximately 888 cm in height and 885 cm in width, with a base measuring about 2027 cm long. Model can be altered or modified to meet your unique requirements.
With this file you will be able to print Narrow top vase helix with small horizontal sections 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 Narrow top vase helix with small horizontal sections 3D print model.