This series blew my mind open today. This guy, he goes by the name of Aaron M. Hoover. He does things. He made this model a gear Mobius. The black outer ring was determined thin plastic discs with a computer-controlled machine. The Möbius band white in the middle and the blue train was built at the time of silicone rubber, wax molds also built with computer-controlled machines. 3D printing is very cool. Check it out.
Aaron demonstrates the design principles of several manufacturers making and how to present a prototype flash quickly and with as little waste as possible. This model was built as a model in three dimensions and different materials, so that everything would fit properly. The black ring has been manufactured using an additive process. plastic layers were deposited on top of each to build the model of division by division. The other common technique for machine shop parts do is start with a piece of cloth, plastic, in this case, and using a computer controlled router to cut the piece until the piece is formed.
Any kind of computer-controlled process like this little 'bit clean calculation is to translate all the data of the 3D model, which is known as "tracks. Each computer-controlled movement of the blade is translated into a 3D model of the printer language 3D, which speaks of equations that define curves which machine depositing material to build parts. And 'confusing enough?
Aaron demonstrates the design principles of several manufacturers making and how to present a prototype flash quickly and with as little waste as possible. This model was built as a model in three dimensions and different materials, so that everything would fit properly. The black ring has been manufactured using an additive process. plastic layers were deposited on top of each to build the model of division by division. The other common technique for machine shop parts do is start with a piece of cloth, plastic, in this case, and using a computer controlled router to cut the piece until the piece is formed.
Any kind of computer-controlled process like this little 'bit clean calculation is to translate all the data of the 3D model, which is known as "tracks. Each computer-controlled movement of the blade is translated into a 3D model of the printer language 3D, which speaks of equations that define curves which machine depositing material to build parts. And 'confusing enough?