When blue photovoltaic panels end their 25-year power generation mission, the recycling of resources after retirement becomes the final piece of the puzzle in the closed-loop of the photovoltaic industry. And the photovoltaic panel aluminum frame removal machine is precisely the "green key" to solving this puzzle, allowing retired photovoltaic panels to be given a new lease of life. Traditional aluminum frame removal relied on manual prying, which was not only inefficient (with a worker able to process fewer than 20 panels per day), but also often damaged the silicon wafers due to uneven force application. However, this "miracle machine" has completely revolutionized the old model: It uses a high-definition vision system to locate the sealing gaps between the aluminum frame and the silicon wafer, and applies precise force with a hydraulic robotic arm, completing a damage-free separation in just 30 seconds. At a recycling base in Jiangsu, a single removal machine can process 1,200 photovoltaic panels per day, with an efficiency increase of 60 times and a silicon wafer integrity rate of 99%. The value of this machine goes far beyond its efficiency. After recycling, the aluminum frames can be directly melted and recycled, reducing the energy consumption of aluminum mining; and the undamaged silicon wafers, after purification, can be remade into photovoltaic modules, allowing resources to "circulate". It is estimated that for every 1 ton of photovoltaic panels recycled, 2.3 tons of standard coal can be saved and 3.5 tons of carbon emissions can be reduced - behind this, the removal machine is an indispensable "pioneer of the path". In the tide of the "dual carbon" goal, the photovoltaic recycling industry is accelerating its rise. The aluminum frame removal machine uses technological power to break through the key links of the recycling chain, which is not only a microcosm of industrial upgrading, but also a vivid footnote of green development. It transforms retired photovoltaic panels from "electronic waste" to "urban mines", injecting innovative momentum into sustainable development. In the future, with technological iteration, this "miracle machine" will continue to evolve and become the most shining green engine in the closed-loop of the photovoltaic industry. (Number of words: 498)