STM-D BED model FFF  Low-poly 3D model

STM-D BED model FFF Low-poly 3D model

cgtrader

STM-D BED model FFF | 3D Model by STM-D This 3d model FFF Bed has a fully textured, detailed design that allows for close-up renders. Every model has been checked with the appropriate software PRODUCT INFORMATION : STM-D BED model FFF unit Size : L=220cm / W=205cm / H=150cm Books_and_Bookholder Size : L=55cm / W=35cm / H=20cm 3ds Max File Size : 2.43MB Polygons : 880,360 Verteces : 360,281 Native file format : *.max Supported rendering engine : V-Ray Virus Check : Clean Textures Mapping : PBR materials Main Parts Smoothing : OpenSubdiv + Chamfer Files units : Centimeters Lowest Supported Version : 3DS Max 2020 and 2018,2014 Additional file formats : *.obj / *.fbx/ *.skp/ *.sds/ *.sdm/ *.stl/ *.mtl ADDITIONAL INFORMATION : Featured in : The model is featured in one of our online courses – “Making of Scandi Interior” All objects in native file format *.max have V-Ray materials applied. In additionally provided file formats these materials are automatically converted in Standard Materials Some parts of the models may be UVW Mapped (for example bolts, nuts, screws …) Some parts of the models may not be ready for smoothing with modifiers as Turbosmooth / OpenSubdiv and rounding and smoothing is done with the chamfering method. BEFORE PURCHASE : We strongly recommend to download and test some of our FREE 3D MODELS to check if they work well with your 3d software before making a purchase. PREVIEWS : All previews of the model are made with 3ds Max and rendered with V-Ray. Please note that the studio/ render room is not part of the model and it’s not included in it. SUPPORT : If you have any questions, please feel free to contact us. Thank you for purchasing stm-d models!

Download Model from cgtrader

With this file you will be able to print STM-D BED model FFF Low-poly 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 STM-D BED model FFF Low-poly 3D model.