Christmas Bell v 1 3D model

Christmas Bell v 1 3D model

cgtrader

High-quality model 'Christmas Bell v 1' designed specifically for your projects. Quality and accurate modeling allow you to use this model in any project. All small details are elaborated, making the model more realistic and enabling you to use it in high-resolution renderers (close-up), as well as for creating videos, or video advertising, or using it in the film industry. This model is created in Autodesk 3ds Max 2015 and rendered with V-Ray 3.60.03. We kindly request that you rate the model, as this feedback is very important to us. The 3D model is available in several formats: * 3ds Max 2020 (.max) - compatible with V-Ray Next 4.20.00 * 3ds Max 2015 (.max) - rendered with V-Ray 3.60.03 * 3ds Max 2013 (.max) - rendered with V-Ray 3.60.03 * 3ds Max 2010 (.max) - compatible with V-Ray 2.20.02 * Autodesk FBX 2018 (.fbx) * Autodesk FBX 2014 (.fbx) * Autodesk FBX 2012 (.fbx) * Autodesk FBX 2006 (.fbx) * Wavefront OBJ (.obj) * Stereolithography STL (.stl) Scene Statistics: * With subdivision on: + Polys: 98,560 + Tris: 197,120 + Edges: 197,496 + Verts: 98,940 * With subdivision off: + Polys: 6,160 + Tris: 12,320 + Edges: 12,414 + Verts: 6,258 The scale of all details is set to 100,100,100. This model has real-world scale and is centered at 0,0,0. All pivots are in place, and materials, objects, and textures have the correct names. No cleaning up is necessary; simply drop your models into the scene and start rendering. This model is intended for subdivision. Textures included: * Wood_Diffuse.png (1024x1024) * Wood_Bump.png (1024x1024) * Cloth_Bump.png (1024x1024) We kindly request that you rate this model, as your feedback is very important to us. Leonid Naku [Zurel] 2020

Download Model from cgtrader

With this file you will be able to print Christmas Bell v 1 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 Christmas Bell v 1 3D model.