Dice set

thingiverse

A school project with Mr Takizawa at the Toyo Institute of Art. This is a Dice set that includes 4 dice and a box. Print Settings: Printer: DaVinci 1.0 Rafts: No Supports: No Resolution: 0.3 mm nozzle/ 0.18 mm layer Infill: 25% Notes: I am using the DaVinci 1.0 3D printer by XYZ Printing, modified to a RepRap machine, and Simplify3D for slicing models. The nozzle diameter is 0.3mm, and Layer pitch is 0.18mm. Head speed is 1600mm/min Bottom layer is 4, side is 3, and top is 5. No raft, with stick paste (Tombow, Shiwanashi PIT). 900 minutes to print, 60 minutes for shaping and constructing, and 22m for ABS. Other parts: 8 pins (ø3*6, SUS) How to use pins? https://www.youtube.com/watch?v=BNg1lNYXcFk It's not easy to make accurate pin-holes on an object using traditional machining methods, especially if the object is small or has an irregular shape. Additional assembling jigs are often required to fix it. However, with 3D printing, making pin-holes is relatively easy and doesn't require any additional cost except adding holes in the 3D data. The metal pins are accurate enough to make both lock and rose type of holes easily. They're also stronger than 3D printing materials, allowing you to create thin struts or axles. Plus, they're affordable, making it easy to bury them under objects or glue them. Of course, screws can be used in real-world applications. However, tapping holes is necessary, and loose screws cannot be made. Additionally, driving screws requires a driver tool. Note: Reamers and drill chucks are needed to adjust the holes.