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It is entirely feasible to use handheld electric screwdrivers in automated workstations. With the continuous advancement of technology, modern handheld electric screwdrivers have been equipped with numerous intelligent functions, enabling them to work well in coordination with other equipment in automated workstations and be integrated into automated systems.

Control Methods

Modern handheld electric screwdrivers support a variety of remote control methods, including IO, RS485, Modbus RTU, and TCP/IP. This means they can easily be connected to a factory's MES system and PLC control modules to receive remote commands and transmit data back. In automated workstations, the coordinated operation of equipment is crucial, and handheld electric screwdrivers can form a closed-loop control with other devices, ensuring the smoothness and stability of the entire production process.。

Functional Aspects

Intelligent handheld electric screwdrivers come with powerful features such as segmented control and multitasking management. Segmented control allows the torque and other parameters of the screwdriver to be set in segments according to different tightening requirements, thereby better adapting to the complex and diverse tightening tasks in automated workstations. Multitasking management enables the screwdriver to handle multiple tasks simultaneously, increasing work efficiency. Additionally, it has the capability to record data in real-time and upload it, which is particularly important in automated workstations. The real-time recording and uploading of data ensure that tightening data during the production process is not lost, facilitating subsequent quality tracing and production management.

Torque Requirements 

Meeting the torque requirements is a basic necessity in automated workstations. As long as the torque of the handheld electric screwdriver meets the process requirements of the automated workstation, it can effectively complete the tightening tasks. Moreover, the ergonomic design of handheld electric screwdrivers also makes them more convenient to use in automated workstations. For example, the handle is designed according to ergonomic principles, so operators do not feel fatigued even after prolonged use, which is very advantageous for situations in automated workstations where frequent operation may be required.

Flexibility in Operation

In certain specific production scenarios, the flexibility of handheld electric screwdrivers adds to their suitability for use in automated workstations. For instance, in automated workstations with limited space or where the tightening position needs to be changed frequently, handheld electric screwdrivers can be easily moved and operated, whereas large automated tightening equipment may not be able to adapt to such situations.

Considerations for Application

Of course, there are some factors to consider when using handheld electric screwdrivers in automated workstations. For example, it is necessary to ensure that the communication protocols and interfaces of the screwdriver match well with those of other equipment in the automated workstation to guarantee the accuracy and stability of data transmission. Additionally, for automated workstations with high precision requirements, regular calibration and maintenance of the handheld electric screwdriver are needed to ensure that its tightening accuracy always meets the required standards.

In summary, handheld electric screwdrivers, with their intelligent functions and flexible operation, have a broad application prospect in automated workstations. They can not only meet the tightening requirements of automated workstations but also provide strong support for production management through functions such as data recording and uploading. With the continuous progress of technology, the application of handheld electric screwdrivers in automated workstations will become more widespread, playing a greater role in improving production efficiency and product quality.