
Realistic Daisy Chamomile Bouquet Vase 3D model
cgtrader
Hello! Read carefully before any purchase. Please. 2013 3dsmax Corona files are available - compressed and uncompressed on save files. 2013 3dsmax Vray files can be downloaded - compressed and uncompressed on save files as well. If you're using a program other than 3dsmax, be aware that imported OBJ files need their corresponding MTL files for accurate rendering. For example, Corona OBJ needs a Corona MTL file, while Vray OBJ requires a Vray MTL file. A folder containing textures and maps in JPEG format is included. All objects have pivots set to the center of the object. Some 3dsmax files contain turbosmooth objects. Imported OBJ models may require turbosmoothing for proper rendering. Polygon count: 115,280 Vertex count: 156,264 ============================= For swift support, send a private message my way. Customer satisfaction is crucial to me. If you're dissatisfied with your order or encounter any issues with the files, please contact me first before leaving feedback. Rest assured that we can resolve the matter amicably. ============================ All models and textures were created by me. Feel free to use them in your projects without restrictions - but do not resell them. Enjoy using these beautiful models: tiny sunflowers, baby daisies, a bouquet of flowers, a vase filled with chamomile and daisies, an herb garden, and a lovely floral arrangement. They're perfect for interior design and decorative purposes. You can use them to create beautiful tea time scenes, summer arrangements, or simply add some charm to your fall decor. Don't forget about the little details - like grape leaves and tiny buttercups - they'll bring an extra touch of magic to your designs!
With this file you will be able to print Realistic Daisy Chamomile Bouquet Vase 3D 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 Realistic Daisy Chamomile Bouquet Vase 3D model.