PING & PONG tables

cults3d

PING & PONG tables Here is my proposal for the super challenge offered by CULTS 3D on the theme of 3D furniture printing. #DAGOCULTS Do not hesitate to vote for me to help me win the trophy. Just click on "I LOVE" at the top right of the presentation photo of my project (no account of any kind!!!). These challenges stimulate my creativity and I want to develop 3D printing and propose you new projects by winning one of the two beautiful printers DAGOMA in play. I describe below my approach of design to propose to you this unique model, special creation for the event. 3D printing offers many advantages, such as easy customization of its designs (choice of colors and materials for printed parts), sharing, making available the digital data necessary for their manufacture by others, and also the ability to modulate their size simply for serial effects or nesting elements. I like to make many objects for a very long time and practiced woodworking since my beginnings. 3D printing was added two years ago to my palette of tools and is day after day a valuable ally; in this same spirit "FabLab and Makers" I regularly use the laser cutter. The design of the parts is the Z-axis, making them very solid and suitable for the use of this technology for furniture. The choice of standard aluminum tubes (diameters 10 mm -> PING, 8 mm -> PONG) allows in this way (triangulation) good mechanical strength. They are good value for money and available in several finishes (raw, anodized in several colors). It is possible to choose beech trunnions, steel tubes or threaded rods for an industrial design look. I put the .stl files available for a 12 mm diameter, for other characteristics of tubes, it is enough to do a scaling either in meshlab or meshmixer for example, or in your favorite slicer. Contact me via the CULTS 3D platform if you want more information. Here, I thing printed in a gray elephant, natural anodized aluminum tubes and Hevea trays (thickness 33 mm for the top plate and 18 mm for the other). DIY: * 8 tubes of 432.5 mm in diameter 10 mm * 4 tubes of 430.5mm in diameter 10 mm * 3 or 4 bases 10 mm and 3 or 4 feet 10 mm printed in PLA for example color to your convenience. That is to say 75 m of filament in 1.75 mm. * 16 screws 30mm long, 3.5mm diameter * 8 tubes of 335 mm in diameter 8 mm * 4 tubes of 330 mm in diameter 8 mm * 3 or 4 bases 8 mm and 3 or 4 feet 8mm printed in PLA for example color at your convenience. That is 45 m of filament in 1.75 mm. * 16 screws 18 mm long, 3.5 mm diameter * Two-component glue, unless the holes of the printed parts are well adjusted. DIY, personalize, and have fun ;-)