In the wave of "carbon peaking and carbon neutrality", photovoltaic panels are spread across deserts and rooftops like sunflowers. However, when they reach the end of their lifespan, the heavy aluminum frames become the first obstacle on the path of recycling. Manual disassembly involves the use of steel picks and hammers, resulting in broken glass and twisted profiles. Dust mixed with sweat makes the scrapping rate and lower back strain soar simultaneously over the course of a day. Thus, a steel mantis named the "Photovoltaic Panel Aluminum Frame Removal Machine" emerged as the perfect solution. 　　It's just the size of two office desks, but it hides immense power: servo motors drive alloy clamps to first perform a "CT scan" of the frame and precisely locate rivets; hydraulic cutters glide along the glass surface, surgically splitting apart the glue seams; followed by four-way tensioning mechanisms applying even pressure. With a crisp "click", the aluminum frame is completely detached in just 30 seconds. The glass remains intact, the aluminum unbent, and even the silicone on the backplate retains its elasticity, paving the way for the subsequent extraction of silver, silicon, and copper. 　　What's more, the machine is equipped with a "smart brain". Laser sensors instantly identify component sizes ranging from 158 mm to 210 mm, allowing one-click program switching; disassembled aluminum frames are automatically stacked, with weight and quantity data uploaded to the cloud in real time. Downstream smelters can place orders directly, eliminating empty runs of logistics vehicles. What was once the dirtiest and most labor-intensive process has now become the most data-rich link. 　　At nightfall, the removal workshop is brightly lit. The machine's arm bends, reaches out, and turns over and over, like performing a farewell ritual for each aging photovoltaic panel. The moment the aluminum frame is removed, it seems to whisper, "Thank you for allowing me to exit gracefully and embark on a new cycle." And those liberated pieces of glass will be reborn in the furnace, becoming the starting point for the next generation of more efficient batteries. 　　The Photovoltaic Panel Aluminum Frame Removal Machine isn't just a pile of steel; it's a gentle recycling revolution of the green era. It ensures that "retirement" no longer equals "scrapping", allowing every fragment of the sun to depart with dignity and illuminate the world anew.