Cluster (the full size) Stool

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An awesome and stylish stool that would fit right in with the most modern of interior designs! That's right, this is a full-sized stool designed to be printed on your desktop 3D printer at home! Please show your appreciation by following us, plus we have many more amazing products in the pipeline that we can't wait to share with you! Simply choose your printing material, repeat the print three times, and apply a generous coating of Pongo PLA Gel adhesive* to all joint faces. Other adhesives can also be used if you know one that's suitable for the job, but we highly recommend using this particular glue to ensure a strong bond between the parts. Once the adhesive is applied, simply snap the parts together, making sure the top joints are sitting flat and secure. Place the assembly upside down on a flat surface (using a mat or newspaper) and leave it overnight with some weight applied to the top, such as a few thick books or 4-5 KG reels of Pongo filament. Legs made from unfinished oak or ash can be ordered from G&S Specialist timber in lengths of 500mm. The required diameter is 35mm, but please note that your leg socket (created by your printer) and the timber leg diameter may vary slightly. The design is optimized to create a tight fit between the leg and socket, eliminating the need for screw fixings. However, you may find that you need to sand or plane the end of the legs to get them to a snug fit. Alternatively, you can wait until we upload the revised edition with a larger socket size and some screw fixing holes. We're also working on creating other stools designed for printers with narrower print beds, including models suitable for beds as narrow as 145mm. Please follow us on social media for updates on upcoming product launches! *Please note that we don't recommend using the Pongo Activator that comes with the adhesive for this assembly, as it may require up to 24 hours to achieve maximum strength. Printing settings and tips: 1. Use a raft for a consistent top finish and to minimize the chance of the print pulling away from the bed. 2. Supports are necessary due to the top overhang, so we recommend placing them strategically to ensure a strong bond between the parts. 3. Fill density should not be less than 5%, but we highly recommend at least 10% for optimal support between the leg and seat. 4. For added security, we used a glue stick on the print bed during our first test print, which helped prevent it from peeling away after three hours of printing. 5. Layer height - We think this looks great at a resolution of 0.3. 6. A good tip for all your 3D printing needs: Invest in a pair of cut-resistant gloves (available on Amazon) to make cleaning up support material a breeze! If you have any questions, feel free to message us here or on our social media channels. Happy printing!