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In modern industrial production environments, mixed-line production of multiple products has become a common model. For electric screwdrivers, frequently switching between different screw specifications and tightening parameters has always been a challenge affecting production efficiency. Traditional screwdrivers require significant time to reconfigure tightening parameters for each changeover, which not only increases manual workload but also risks human error, potentially compromising product quality and production efficiency. Danikor's electric screwdriver, with its unique technological and functional design, offers an effective solution to this problem.

Pre-Storage of Pset Torque Programs

A significant advantage of Danikor's electric screwdriver is its ability to store hundreds of Pset torque programs. This means that during mixed-line production, each screw specification can have its tightening parameters pre-configured and stored as an independent Pset program. When switching between products, operators simply need to select the corresponding Pset program, instantly calling up the tightening parameters for the new screw specification. This eliminates the need for time-consuming reconfiguration, greatly improving changeover efficiency and reducing production preparation time.

QR Code-Based Program Switching

Danikor's electric screwdriver also supports switching between different tightening programs via QR code scanning. In actual production scenarios, each product model or screw specification can be assigned a unique QR code. During changeover, workers simply scan the corresponding QR code with the screwdriver, and the device automatically identifies and switches to the appropriate Pset program. This feature simplifies the operation process, reduces operational difficulty, and effectively prevents production quality issues caused by incorrect program selection, ensuring consistency and stability in product quality.

Tightening Task Management

For products requiring multiple screw specifications, Danikor's electric screwdriver offers powerful tightening task management capabilities. Within a tightening task, the tightening parameters for each screw can be set in sequence according to the actual assembly order, forming a series of Pset program combinations. During operation, after tightening one screw, the device automatically switches to the next Pset program, preparing for the next screw. Combined with a quick-change bit mechanism, the screwdriver can automatically replace the bit suitable for the next screw based on the current tightening task. The entire process requires no manual intervention, enabling fully automated screw tightening operations. This significantly improves production efficiency and assembly accuracy, saving labor and time costs for enterprises and enhancing overall production efficiency.

Real-World Application

In practical applications, these features of Danikor's electric screwdriver have been fully validated. For example, in the electronics manufacturing industry, a single product may contain multiple screw specifications for securing different components. Traditional screwdrivers require frequent bit changes and manual parameter adjustments, resulting in low efficiency and high error rates. With Danikor's electric screwdriver, by pre-setting tightening tasks, the device can automatically complete the tightening of different screw specifications, including automatic bit changes and parameter calls, significantly improving production efficiency and reducing product defect rates. This gives enterprises a competitive edge in the market.

Conclusion

Danikor's electric screwdriver, through innovative features such as Pset program configuration, QR code-based program switching, tightening task management, and quick-change bit mechanisms, effectively addresses the switching efficiency challenges when tightening different screw specifications. It provides an efficient and reliable tightening solution for modern production modes with multiple varieties and small batches. This supports enterprises in improving production efficiency and quality control, offering broad application prospects in the industrial production field