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=== Benefits of 3D Printing === | === Benefits of 3D Printing === | ||
The core benefit of using the 3D printing approach of electronic device creation is the flexibility | The core benefit of using the 3D printing approach of electronic device creation is the flexibility that is inherent to the process. Provided suitable materials and schematics are available it is possible to build any combination of devices. The transistor is a small but very potent part of this flexibility. Once a suitable transistor is designed, numerous electronic circuits of interest can then be fabricated such as logic gates, amplifying circuits and device control switches. Not only can these devices be created, they can be scaled to suit specific needs. | ||
It would be possible then for a suitably equipped 3D printer to not only be able to print "smart" parts that could electronically interface with each other, but to also build control circuits used to run the printers. Some applications could include building control board for running newer versions of 3D printers that not only handle the operational control functions of running stepper motors and controlling current to the extrusion head, but also sensing capabilities that could be directly integrated into the components used to build the printers. integrating sensing circuits into printed components would allow for feedback signals that could permit higher quality parts to be printed with less waste due to part scrapping. | It would be possible then for a suitably equipped 3D printer to not only be able to print "smart" parts that could electronically interface with each other, but to also build control circuits used to run the printers. Some applications could include building control board for running newer versions of 3D printers that not only handle the operational control functions of running stepper motors and controlling current to the extrusion head, but also sensing capabilities that could be directly integrated into the components used to build the printers. integrating sensing circuits into printed components would allow for feedback signals that could permit higher quality parts to be printed with less waste due to part scrapping. |