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Abstract: As global conventional oil and gas resources decline, the economic development of heavy and extra-heavy oil has become crucial for ensuring global energy supply. However, traditional artificial lift systems often exhibit low efficiency and short lifecycles when confronted with extreme viscosity, high-temperature thermal recovery, and high-sand conditions. This article provides an in-depth analysis of a next-generation artificial lift technology—the All-Metal Conical Progressive Cavity Pump (AMCPCP)—exploring how its underlying mechanical innovations disrupt traditional lifting boundaries to reduce costs and enhance efficiency throughout the well's entire lifecycle.