Shiny metal jezve Free 3D model

cgtrader

I don't have a shiny metal jezve with handle that you can see from a close distance. \nThis is not a high-poly model, but you could still view it up close if you wanted to.\n-----------------------\nA colleague modeled this object in Blender 2.74.5 and exported the model into multiple file formats, including .blend.\nOther formats available are .obj, .fbx, and .dae, which lack materials but retain dimensions identical to .blend format. \n-------------------------\nThe accompanying .blend file contains the jezve and its scene; however it can't be used with lights, cameras, or a backdrop in your blender project because we exported this information when rendering images from different materials ('F12'). \nOur colleague reduced the number of polygons by two subdivisions while not applying any modifiers for Blender. However they did include one subdivision modifier on 2D polygon in all formats (.obj, .fbx and .dae). You might reduce the numbers to 4244 polys for 0th subdivision if desired. Object's dimension in centimeters: height=17 width=21 length=34 \n----------------------\nBlender file is ready with camera positioned, light sources applied so render images now ("F12"). Other file formats (such as .obj or fbx), which have one permanent subdivision modifier only model without its 3D environment of the Blender. This makes your 3D workflow less challenging when importing them into your software package as they're designed primarily for modeling purposes in 2 and three-dimensional visual arts environments, allowing for flexible adjustments without breaking a scene’s geometry.\nNote: The size remains appropriate to maintain realism when adding additional components like accessories. \nThis product is centered along its principal axes which have a clear order as specified in object coordinate system that matches their corresponding properties and names such that applying alternative textures from other resources becomes much simpler than anticipated previously due primarily due uniform handling by any of these platforms during manipulation.