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In industrial production, screw tightening is a common and critical operation, and the quality of tightening directly affects product quality and safety. However, when operators make mistakes or when procedures are not standardized, repeated tightening of bolts can occur, potentially leading to various risks. To address this issue, leveraging the advanced features of intelligent electric screwdrivers has become an important solution.

Danikor's intelligent electric screwdriver demonstrates unique advantages in preventing repeated tightening. Its core lies in the application of angle monitoring. During normal tightening, the screwdriver records the tightening angle of the bolt, which falls within a reasonable range because the bolt needs a certain rotation angle to go from a loose state to reaching the target torque. However, if an operator repeats the tightening, the bolt has already reached the target torque, and the tightening angle will be significantly smaller. Danikor's intelligent electric screwdriver can keenly detect this change.

In specific applications, Danikor's intelligent electric screwdriver can set a lower limit for the tightening angle. When the tightening angle is less than this value, the system immediately alarms, reminding the operator to stop the repeated tightening operation. This setting is not fixed but needs to be adjusted according to actual working conditions. Factors such as material hardness, screwdriver type, and working environment can all affect the tightening angle. Through on-site data collection and analysis, a suitable lower limit for the tightening angle can be found for different application scenarios.

In addition, Danikor's intelligent electric screwdriver also combines torque, time, and other parameters to monitor the tightening process. These parameters complement each other, forming a multi-faceted monitoring system. For example, when a bolt is repeatedly tightened, although the angle becomes smaller, the torque may still be within the normal range or even slightly change; the time parameter may reflect abnormal operations. Through multi-parameter comprehensive monitoring, Danikor's intelligent electric screwdriver can more accurately determine whether the tightening process is normal, thereby effectively preventing repeated tightening.

In actual production, Danikor's anti-repeated tightening function not only improves the stability of product quality but also reduces the risks of equipment damage and production efficiency decline caused by repeated tightening. By accurately controlling the tightening process, it provides enterprises with a reliable quality assurance method. Under the trend of intelligent production, the application of Danikor's intelligent electric screwdriver provides new ideas and methods for solving traditional tightening operation problems, driving industrial production towards greater efficiency.