New York-based electronics startup Advance Sound has gone about creating a set of fully customizable and bespoke ear tips that are designed to be used in conjunction with Apple's AirPods earphones.
The 'Eartune Fidelity' ear tips make it possible for customers to create a mold of their ear canals by utilizing a Self Precision Ear-impression Kit sent to them by the company. The results are then mailed back to Advance Sound, which uses them to craft 3D computer models that are then directed to a 3D printer, which generates custom ear tips crafted from high-quality medical-grade silicone. The ear tips are then sent back to the customer who can use them on their AirPods.
By offering consummate comfort through bespoke 3D printing without hampering the AirPods' own functionality in any way, the 'Eartune Fidelity' ear tips aim to act as the perfect aftermarket solution for people looking for added comfort with their AirPods.
Bespoke 3D-Printed Ear Tips
These Ear Tips Are Designed For Use With 'AirPods' Wireless Earphones
Trend Themes
1. Customizable 3D Printing - Advance Sound showcases the potential of customizable 3D printing in the electronics industry.
2. Personalized Audio Accessories - The rise of personalized audio accessories such as the 'Eartune Fidelity' ear tips presents a disruptive innovation opportunity for companies in the audio industry.
3. Hybrid Manufacturing - The combination of Self Precision Ear-impression Kits and 3D printing shows potential for hybrid manufacturing to be utilized in medical-grade silicone products.
Industry Implications
1. Electronics - Companies in the electronics industry can utilize customizable 3D printing to offer bespoke products, enhancing customer experience and satisfaction.
2. Audio - The rise of personalized audio accessories, such as the 'Eartune Fidelity' ear tips, presents an opportunity for companies in the audio industry to differentiate themselves in the market and enhance customer loyalty.
3. Medical - The combination of Self Precision Ear-impression Kits and 3D printing of medical-grade silicone products presents an opportunity for the medical industry to offer personalized and comfortable medical devices.