Fujifilm Corp has expanded its line of gadgets to include 'The Beat,' which is a bendable, flexible speaker.
The gadget, which was unveiled at the Nano Tech 2013 trade show in Tokyo, is a diaphragm of a speaker that is both easily transportable and rolls up. To be more specific, the diaphragm is a vibrating plate, which operates to produce an audio device that can be bended and folded due to the soft polymer material it is made out of. When subjected to a 20Hz-20kHz audio range, the material hardens so that a steady sound can be emitted by the piezoelectic ceramics.
Though little has been revealed in terms of its pricing and availability, it will be exciting to see how the flexible speaker will fare on the mainstream market.
Why This Trend Is Growing
- Flexible Audio Devices
- The trend of flexible audio devices opens up opportunities for the creation of new audio products that are more versatile and easily transportable.
- Piezoelectric Ceramics
- The trend of using piezoelectric ceramics in flexible audio devices creates opportunities for the development of new and innovative audio products with unique features and designs.
- Soft Polymer Material
- The trend of using soft polymer material in audio devices opens up opportunities for the creation of new products that are more durable, lightweight, and can be easily transported.
Industries Being Reshaped
- Consumer Electronics
- The consumer electronics industry can capitalize on the trend of flexible audio devices by designing and producing new products that are more versatile, durable, and easily transportable.
- Audio Equipment Manufacturing
- The audio equipment manufacturing industry can capitalize on the trend of using piezoelectric ceramics in flexible audio devices by developing new and innovative products with advanced features and designs.
- Materials Science
- The materials science industry can capitalize on the trend of using soft polymer material in audio devices by developing new and innovative materials that are more durable, lightweight, and have unique properties.
