Due to the advancement of wearable electronics area; particularly on flexible membranes, there is a huge need of developing processes which are at low cost, highly repetitive, rapid and whose performance are not sensitive to the variations. people have been trying to use inkjet printing technology for systematic manufacturing for some of the electronic devices and they are also trying to memorize devices onto paper, textile, etc. in this project we have demonstrated that inkjet printing can be utilized for developing functional electronic devices with a low-cost desktop printer. the cost of commonly used desktop printers is ~ 7000 to 10000 rs, which is much lower than the industrial printers used for electronic printing (20 to 50 lakh rs.). we have developed the high-performance supercapacitor devices with high energy density, high power density, excellent flexibility, and good lifetime. these devices exhibited good repeatability upto 20000 cycles. we have also been able to successfully power electronic devices like light emitting diodes form the developed supercapacitors. the supercapacitor devices were properly processed so that they can be safely disposed/ recycled after the end of their service life. we have also taken the initiatives to productize this sole activity by planer printing confinement in a very small micro-space which then makes a small power bank supercapacitor to power the electronic devices. it can be easily folded/ rolled to integrate it to the miniaturized electronic devices.