ELECTRONIC ALCHEMY
3D Printed Electronics. On Demand.
The 3D printing of electronics and electronic components represents a transformative shift in how these devices are designed and manufactured with a near-limitless number of use cases. One use case that is particularly compelling is in the design and deployment of sensors. The multi-material printing capabilities of the eForge enables the rapid, on-demand printing of […]
We're thrilled to announce that the Electronic Alchemy eForge has been named a finalist on Fast Company's annual World Changing Ideas list.
The Electronic Alchemy eForge is the first 3D printing system capable of producing functional electronics.
Electronic device components and sensors can be designed and printed on demand, or downloaded from the extensive shared library on our design portal. These 3D printed components can be used in items such as toys, mobile devices, and beyond.
The Electronic Alchemy eForge combines multi-material 3D printing with proprietary material and specialized printing techniques to make science fiction into science fact.
We have been hard at work over the last few months getting the first prototype of our version 1.0 eForge printer built and ready for testing. While we have built and tested earlier versions of the printer, including delivering the version 0.6 to NASA at the end of June, the version 1.0 will be our […]
Last week, we were at the NASA Marshall Space Flight Center to deliver the Electronic Alchemy eForge version 0.6 to NASA. The version 0.6 eForge represents the culmination of over 2 years of working with NASA, and the completion of our Phase II STTR contract with the agency. Our History of Working with NASA We […]
The 3D printing of electronics and electronic components represents a transformative shift in how these devices are designed and manufactured with a near-limitless number of use cases. One use case that is particularly compelling is in the design and deployment of sensors. The multi-material printing capabilities of the eForge enables the rapid, on-demand printing of […]