In the global mining industry, the reducer functions as an "energy converter", transforming high-speed power into strong torque that meets the mining requirements. It is a core equipment for enhancing mining efficiency and ensuring operational safety.

  Efficient operation of open-pit mines: In the Pilbara iron mine in Australia, the giant excavators rely on high-precision planetary reducers to convert the high-speed rotation of the motor into the powerful thrust of the bucket. The daily stripping volume of a single unit exceeds 50,000 tons, a 30% increase compared to the traditional transmission system. At the same time, the overload protection feature of this reducer can automatically adjust the output torque when encountering hard rock layers, preventing equipment damage and reducing downtime due to failures by over 100 hours annually.

  Stable output in underground mines: In the underground mine of Escondida Copper Mine in Chile, the low-temperature-adaptive reducers operate continuously in an environment as low as -15°C, ensuring the continuous operation of crushing equipment 24 hours a day, with the annual copper mine production capacity stabilizing at over 1.2 million tons. Its special lubrication system maintains viscosity at low temperatures, reducing equipment operating resistance by 15%. 

   Safety guarantee in deep mining: In the shaft hoisting system of the Kimberley Diamond Mine in South Africa, the specially designed hard toothed reducer can withstand three times the instantaneous load when the mine cars start or stop. It has a zero-fault operation record for nearly a decade, reducing equipment maintenance costs by 40%. Additionally, the real-time monitoring device equipped with this reducer can promptly warn of gear wear, providing precise basis for maintenance.

  Technical support for green mining: Data from global mining giant Rio Tinto shows that intelligent mining equipment with efficient reducers reduces overall energy consumption by 18% compared to traditional equipment. In its nickel mine project in Canada, through the combination of reducers and energy recovery systems, it can recover and utilize braking energy equivalent to 800 tons of standard coal annually. 
  Hence, reducers support the global mining industry's efficiency, safety, and green development in all aspects, being an indispensable key link in the mining production chain.