8-day mechanical clock for 20x20 bed

cults3d

Hello I present to you a precise and reliable 8-day clock designed in a horological spirit before a printing spirit. It best respects the watchmaking tradition of ancient centuries before considerations of speed and simplicity of printing. Here is a video of the clock in operation: https://www.youtube.com/watch?v=DZtRLRA3EeI The document describing its construction: https://docs.google.com/presentation/d/1V-2T51MqN5L0LNnk0r3-4qExlRAXasd5rSfnqG4ePVY/edit?usp=sharing It was completely designed in Fusion 360 and the exhaust developed by myself. I did not want to use a metal rod or bearing in its manufacture. Thus, to succeed in its construction, it is necessary to use special filaments such as "Igus l150-PF" for the friction parts and "SAKATA3D 870" for the wheels. These materials were chosen for their qualities and ease of printing. It is not easy to manufacture. The measurements are "tight" for a maximum of precision even if it means having to take back parts in post processing, to find the gestures of the genius watchmakers of ancient times according to the possibilities of their printer. Following the success of this clock, I will post other more complex machines. I wish you as much fun building it as I could find designing it. Ségoub Hello I present to you a precise and reliable 8-day clock designed in a watchmaker's spirit before a printer's spirit. It best respects the watchmaking tradition of ancient centuries before considerations of speed and simplicity of printing. Here is a video of the clock in operation: https://www.youtube.com/watch?v=DZtRLRA3EeI The document describing its construction: https://docs.google.com/presentation/d/1V-2T51MqN5L0LNnk0r3-4qExlRAXasd5rSfnqG4ePVY/edit?usp=sharing It was entirely designed in Fusion 360 and the exhaust developed by myself. I did not want to use metal rods or bearings in its manufacture. So, to build it successfully, it is necessary to use special filaments such as "Igus l150-PF" for the friction parts and "SAKATA3D 870" for the wheels. These materials have been chosen for their quality and ease of printing. The clock is not easy to make. The measurements are "tight" for a maximum of precision even if you have to take back parts in post-processing according to the possibilities of your printer. Following the success of this clock, I will post other more complex machines. I wish you as much pleasure in building it as I found in designing it. Ségoub