Low Poly Shampoo and Shower Gel Bottles Low-poly 3D model

cgtrader

This is a 3D model of five low-poly shampoo and shower gel bottles designed for cartoon-style renderings and general CG visualization. Each bottle was meticulously modeled and prepared to ensure a smooth visual flow when combined in a background setting. This asset presents itself as five meshes with quad-based construction only. The 3D modeling includes precise details such as the labels on each bottle, providing depth and visual interest without overpowering other elements in your renderings. Stats include: Verts : 2730 Faces : 2720 This set of bottles boasts simple yet effective materials, finished with vibrant diffuse colors that immediately draw the viewer's eye to them. There is no inclusion of texture rings, or UVW mapping to keep everything focused on visual style over high-resolution textures. However, each bottle model does have real-world scale. This model was originally created using Blender and can be opened directly from any other supported program with compatible settings enabled within those applications - since there won't need any changes otherwise performed. Upon delivery you will get files ending with: - 3ds: The scene has not changed; in addition we are adding support file formats here such that our models works correctly within your particular software version installed currently by customer side .obj, .fbx: For modeling suites using Maya Autodesk AutoCad Revit Proe SolidWorks SketchUp Inventor Fusion (some may work fine but check each separately) which means more users now having these additional tools integrated within existing toolset - obj (this can always used): In this scenario as a universal solution no further installation required since this model file type exported properly will allow users see exact layout when imported. Blend (.blend - Only here due proprietary reasons). - dae (.DAE for other purposes too but again that might not end result) and stl - which means everything should work pretty smoothly right off without requiring user intervention once these specific ones loaded inside relevant platforms running currently on local systems installed .