The cam splitter, as an intermittent transmission mechanism, serves a positioning function in practical applications and its self-locking feature is relatively stable. Typically, the positioning and self-locking function of the cam splitter is achieved with multiple needle roller bearings simultaneously resting against the cam.  

The positioning and self-locking feature of the cam splitter not only brings convenience to users but also protects machinery and equipment from accidental damage. For instance, an unexpected power outage would cause the cam splitter to continue moving due to its strong inertia, directly damaging the output components of the machinery.   

If the positioning and locking function of the cam divider is damaged, it will inevitably lead to inaccurate positioning and substandard output products.Critical cases can lead to the paralysis of the cam splitter. Therefore, it is essential to maintain the cam splitter bearing for its safety and lubricity during operation.