I Turned Trashed Electronics Into A Powerful Magnetic Induction Heater

In this video, you will see the complete step by step process of building a highly efficient magnetic induction heating device entirely from salvaged electronic waste. The project begins by reclaiming a brushless electric motor from an old broken fan, meticulously cleaning the circuit board, and upgrading the rotor housing with powerful neodymium magnets arranged in alternating poles to create continuous magnetic flux variation. To generate the induction heat, a pure copper tube is carefully bent into a spiral coil and mounted with a custom precision wooden clamp to minimize the air gap and optimize the eddy currents. The entire setup is then integrated with an aluminum radiator recycled from an old refrigerator and filled with motorcycle engine lubricating oil as the heat transfer fluid, completely sealed with metallic epoxy to handle the fluid pressure. Powered by a twelve volt lead acid battery and a solar panel, this independent off grid green machine creates rapid friction at the atomic level, causing the copper tube temperature to skyrocket from twenty eight degrees to over sixty nine degrees Celsius within seconds.