In industrial production, driving screws is a common yet critical operation; the quality of tightening directly affects product quality and safety. However, when operators make mistakes or when procedures are not standardized, the same bolt may be tightened more than once, which can create numerous hidden risks. To tackle this problem, leveraging the advanced features of smart electric screwdrivers has become an important solution.

Danikor smart electric screwdrivers demonstrate unique advantages in preventing re-tightening. The core lies in the application of an angle-monitoring method. During a normal tightening cycle, the screwdriver records the tightening angle of the bolt; this angle falls within a reasonable range because the bolt must rotate a certain amount while going from a loose state up to the target torque. If an operator attempts to tighten the bolt again, the bolt has already reached the target torque, so the tightening angle becomes significantly smaller. Danikor smart electric screwdrivers can keenly detect this change.

In practical applications, a Danikor smart electric screwdriver can set a lower-limit value for the tightening angle. When the tightening angle is smaller than this value, the system immediately alarms, reminding the operator to stop the re-tightening action. This setting is not fixed; it should be adjusted according to actual working conditions. Factors such as material hardness, screwdriver type, and working environment all influence the tightening angle. By collecting and analyzing on-site data, an appropriate lower-limit angle can be found for each specific application scenario.

In addition, Danikor smart electric screwdrivers combine torque, time, and other parameters to monitor the tightening process. These parameters complement one another, forming a multi-dimensional monitoring system. For example, when a bolt is re-tightened, the angle becomes small, but the torque may still stay within the normal range or change only slightly, whereas the time parameter may reveal an abnormal operation. Through integrated multi-parameter monitoring, Danikor smart electric screwdrivers can more accurately determine whether the tightening process is normal, thereby effectively preventing re-tightening.

In actual production, the anti-re-tightening function of Danikor smart electric screwdrivers not only improves the stability of product quality but also reduces the risks of equipment damage and production-efficiency loss caused by repeated tightening. By providing precise control over the tightening process, it offers enterprises a reliable means of quality assurance. Under the trend of intelligent production, the application of Danikor smart electric screwdrivers provides new ideas and methods for solving traditional tightening-operation problems and drives industrial production toward greater efficiency.