Laser Engraved Flexible Electrode: A Step into Future Technologies
Sep 7, 2024
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Have you ever wondered how modern technology is pushing the boundaries of what's possible in electronics? Today, I’ll take you through an exciting process of fabricating flexible electrodes using an innovative method: laser engraving on Kapton tape! Let’s dive in! What is a Flexible Electrode?
Flexible electrodes are essential components in next-generation devices such as wearables, sensors, and even medical devices. These electrodes are designed to bend, twist, and flex, making them ideal for applications where rigidity is a limitation. Applications of Flexible Electrodes
Flexible electrodes are becoming increasingly popular in different industries. Here are some common scenarios where you may come across them in your daily life:
Wearable Technology: Includes sensors found in smartwatches and fitness trackers.
Biomedical Devices: Such as flexible electrodes utilized in diagnostic equipment such as ECG sensors.
Energy Storage: Applied in the production of flexible batteries.
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Wow, this is such a fascinating process! I love how you broke down the steps, especially the part about carbonization of the Kapton tape. I didn't realize you could create conductive electrodes this way. The flexibility aspect really opens up so many possibilities for applications in wearables and even medical tech.
Quick question: Have you tried experimenting with different laser power settings? I'd be curious to see how the carbonization changes with higher or lower settings. Looking forward to more updates on your work!
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