Folding Table and Chair Low-poly 3D model

cgtrader

I model a wooden folding table and chair using Blender, but was unable to find an existing 3D model that met my requirements. Instead, I created my own digital representation for personal use and for the carpenter's benefit. However, considering the purpose of this project could extend beyond my immediate needs, I decided to also create a 3D printing compatible STL file version as well. To better prepare users with various design intent, the 3D model will include both native digital format (compatible with programs such as Unity) and a STL print file variant. The table features are outlined below: - Vertex Count: 2380 - Face Triangles Count: 4732 - Total Polygon Count: 1890 In terms of performance optimization, this is higher than most games require. Still, the design remains suitable for Architectural Visualization use cases with minor tweaks such as removing redundant faces and possibly merging edges to optimize the mesh count without degrading aesthetic appearance. Moving on to create a complement piece for the wooden folding table – its matching companion in my design, the wooden folding chair is created exclusively for this purpose. Technical specs of the folding chair: - Vertex Count: 1914 - Face Triangles Count: 3892 - Total Polygon Count: 1376 These specs indicate the mesh might exceed the standard count typically recommended for game asset requirements but do allow slight adjustments such as trimming at certain joints (reducing unnecessary triangles by limiting to around 12-sided or lower cylindrical polygons and similar areas that use higher triangle counts, like faces) to optimize while preserving the original shape details. Export in FBX file format tested on Unity 2017 for native 3D visual presentation. About The STL File: Given that a part of this task is designing these digital representations specifically tailored to work well under actual printing using additive techniques, such as powder bed technology or even using binder jet methods in future developments I took an early opportunity after completion to create STL (for FDM/SLM style prints) by utilizing software like Blender. The current STL file is intended primarily for FFF-style printers or SLS due to these being typical choices during additive manufacturing; still there might not be complete testing yet regarding optimal printer settings with precise control, though my model's structural details remain suitable given its moderate parting and relatively small hang-ups – max reaching up till around 1 - 2 cm length for certain thin attachments. For FFF printing STL Version. During the creation process after the design of digital format (digital formats that natively reside in applications) had already been done I made it simpler, yet the adjustments included extra detailed representations in a couple layers as one assembly rather than discrete models because the intention would then also let us choose between print model table & chair and keep assembly if preferred by some makers. A separate version which can be considered is actually having both items completely decoupled. You could even simply divide all STL components apart from native file at any stage without trouble as it follows exactly this method which keeps a certain order with guide image – we added so they become super straightforward in understanding what's what part on a digital STL (with each assembly piece, as if a two separate files, but the choice for both users to have the options to choose remain entirely optional and should never confuse our work). As it turns out then - there aren't anything like other STL formats that actually come in multiple units already from start. Here is an illustration about table versus chair within this package file we give.