In cold bending forming equipment and other industrial machinery, the reduction motor serves as the core power component. Its energy consumption level directly affects the operating cost and efficiency of the entire production line. Different types of reduction motors have differences in structure and transmission efficiency, which leads to varying energy consumption performances.

Based on actual factory data:

CQ Series (Traditional Motor + Reducer Split Type)

This structure is rather rudimentary. The motor and the reducer are combined independently, resulting in significant energy loss during the transmission process. The overall energy efficiency loss is approximately 60%.

Cycloidal Reducer Series

Through the cycloidal pinwheel mechanism, deceleration is achieved and the transmission efficiency is improved. The energy loss is approximately 40%. Due to the lower manufacturing cost, it is still widely used in small-power equipment.

K series reduction motor (highly integrated type)

The motor and reducer are designed as a single unit, shortening the transmission chain and significantly reducing energy loss, which is approximately only 10%. This solution is suitable for medium and high-power equipment and can significantly reduce the energy cost during long-term operation.

Overall, in low-power applications, the cycloidal series remains a common choice due to its cost advantage; while in large equipment that requires long-term continuous operation, the K series reducer motors, with their high efficiency and energy-saving features, can better demonstrate the comprehensive advantages of economy and performance.