Neurotechnology's 3D Printing Method Could Print and Assemble a Smartphone
Alyson Wyers — June 29, 2017 — Tech
References: neurotechnology & digitaltrends
This new 3D printing method uses ultrasonic, non-contact manipulation technology and has the potential to print and then assemble all the components of a smartphone. The ultrasonic 3D printer comes from Lithuanian software development firm Neurotechnology. According to Digital Trends, their assembly device could completely alter the way we currently consider 3D printers by making additive manufacturing more versatile.
The 3D printing method takes the form of an apparatus that "uses an array of ultrasonic transducers that emit ultrasonic waves." The machine can trap and move small particles, meaning it is capable of 'printing' just about anything. So far they have developed a working prototype, so it could be a while before this sort of (patent pending) technology is more widely available.
The 3D printing method takes the form of an apparatus that "uses an array of ultrasonic transducers that emit ultrasonic waves." The machine can trap and move small particles, meaning it is capable of 'printing' just about anything. So far they have developed a working prototype, so it could be a while before this sort of (patent pending) technology is more widely available.
Trend Themes
1. Ultrasonic 3D Printing - There is an opportunity for developing new applications for the method, such as producing complex parts in industries.
2. Non-contact Manipulation Technology - There is an opportunity for developing new applications for this technology, such as sorting and manipulating minuscule components in biotech and electronics industries.
3. Additive Manufacturing - There is an opportunity for innovative solutions using additive manufacturing to produce complex components in various industries.
Industry Implications
1. Electronics - This industry could benefit from the development of a method capable of printing and assembling entire smartphone components.
2. Biotechnology - This industry could benefit from a non-contact manipulation technology capable of sorting and manipulating minuscule components.
3. Industrial Manufacturing - This industry could benefit from innovative solutions for additive manufacturing to produce complex components quickly and efficiently.
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