Kailo Flex Met Its Crowdfunding Goal in Just 45 Minutes
Laura McQuarrie — April 7, 2023 — Lifestyle
References: gokailo & prnewswire
The Kailo Pain Patch was created to provide relief from everyday pain and its design has since been improved to offer more elasticity with an all-new companion model called Kailo Flex. Like its predecessor, this pain relief product does not rely on drugs for effectiveness and it has proven to be just as in-demand—when Pain Relief Technologies launched an Indiegogo campaign for its first pain patch product, it raised over $2 million from more than 13,000 backers. Now, there's a new crowdfunding campaign for Kailo Flex and it met its funding goal in just 45 minutes.
Inside the pain patch, there are conducting and semi-conducting materials and they form capacitors that "were invented as an antenna to assist in the receipt and transmission of electromagnetic waves."
Inside the pain patch, there are conducting and semi-conducting materials and they form capacitors that "were invented as an antenna to assist in the receipt and transmission of electromagnetic waves."
Trend Themes
1. Non-drug Pain Relief - The success of Kailo's crowdfunding campaigns for pain relief patches indicates a trend towards non-drug pain relief solutions.
2. Flexible Wearable Technology - The Kailo Flex's new, more elastic design represents a trend towards flexible wearable technology for consumer products.
3. Innovative Capacitor Materials - The use of conducting and semi-conducting materials in Kailo's pain relief patches highlights an innovative trend in capacitor material development.
Industry Implications
1. Healthcare - Kailo's pain relief patches could disrupt the healthcare industry by providing non-drug pain relief solutions.
2. Wearable Technology - The trend towards flexible wearable technology, as represented by Kailo Flex, could disrupt the wearable technology industry by changing the design landscape.
3. Materials Science - The use of innovative capacitor materials in Kailo's pain relief patches could disrupt the materials science industry by inspiring further development in this area.
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