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As someone who's spent two decades in the mechanical engineering field, I've seen firsthand how helical gears revolutionize power transmission systems. Unlike spur gears, helical gears offer smoother operation and higher load capacity—but what exactly makes them superior?

Due to inherent limitations of hydraulic systems and the high safety requirements of aerial work vehicles, selecting the right hydraulic cylinder for these vehicles is crucial.

The Power Take-Off (PTO) is a core component of a tractor's power system, primarily designed to efficiently transfer mechanical energy from the engine to various attached agricultural implements.

Raydafon's engineering team reduced the density of the PA66+30%GF composite material to 1.45g/cm³ through molecular structure optimization technology, which is 62% lighter than aluminum alloy gears. In the actual measurement of a certain logistics sorting equipment, after adopting Raydafon plastic helical gears, the energy consumption of the equipment decreased by 18%, and as there was no need for frequent lubrication, the annual maintenance cost was saved by more than 200,000 yuan. This lightweight advantage is precisely the core breakthrough for us to address the pain points of traditional metal gears.

In industrial transmission, gearbox failures affect the operation of equipment. These failures include various types such as gear wear and bearing failure, and are influenced by factors such as lubrication and installation. By leveraging intelligent diagnostic analysis to understand the mechanisms and building a full-chain prevention and control system, the efficient operation of equipment can be guaranteed.

Gears are widely used in industry, mainly for transmitting power and motion. The following are some common applications of gears in industry: