3D files converted to architecture user-friendly files

Project Description: I need to convert a 3D model (chair and table) created in SolidWorks to files that can be used for architecture drawing (architecture user-friendly) in the following programs: - Revit (Revit objects with appropriate 3D and respectively. simple and detailed 2D representations.) - AutoCad (correct Bips-layer) - SketchUp - 3D studio Max The models (chairs) are in Solidworks format (it is possible to convert to STEP, IGES, SAT..) And all the objects are in the same layer and we need a solution with individual objects for the chair (the seat, base and wheels...) Because it has to be possible to define troughs materials on the chair. Each objects should be possible to identify on the list (for exampel: not meaningless names that can be identified like ig_ManifoldSolidBRep7111 but instead: wheel 01) It is very important I find an expert that has deep knowledge into how the programs and knowledge about how the architects use the products in the programs. You have to have knowledge about scaling standards (the file should'nt open with scaling errors for exampel 25.4 times too big (from inches to millimeters), Placement of the object (the object should not open in the file as it lay down). We need: - 2D DWG file - surface elevations (line drawings) of the products that can be placed on plans and sections - top, front and sideview, which can be drawn into for example AutoCad. - 3D files of furniture that fills as little as possible like around 1 mb or less per. furniture There will be some surface modelling from Solidworks to the files. The furniture will have som variations in colours and base. For inspiration how the file should work look at this link: [login to view URL] Looking forward to hear from a good experts. If you work professional please write alg129 in the start of the message. I need files for: 1. Chair with sleed base (different height and colours) 2. Chair on wheels (different colours) 3. Table for two (different height) 4. Table for one (different height)