With the rapid development of society, the maintenance tools used in daily life are also constantly increasing. The history of changes in maintenance tools is the history of social development. The repair tools of the past included hammers, screwdrivers, pliers, wrenches, and so on. The maintenance tools today are basically the same, but slightly different; most of the current repair tools are combined with electricity. A representative example is that the current screwdriver has evolved into a smart electric screwdriver.

The smart electric screwdriver, also known as an electric screwdriver, is an electric tool used for tightening and loosening screws and nuts. From its introduction, it does not differ much from the ordinary screwdriver we use daily, with the obvious difference being their working methods. If you want to tighten orTwista screw, the ordinary screwdriver is rotated by hand, while the smart electric screwdriver operates by pressing a button, with the motor driving the bit to perform thetightening or loosening.

A single screw may not show its superiority, but what if there are multiple screws to operate, each with different sizes and shapes? The usual approach is to select the appropriate screwdriver based on the size and shape of the screw and rotate it by hand. This process is often both time-consuming and labor-intensive.,andit cannot guarantee torque accuracy.Switching to a smart electric screwdriver changes the situation. Each screwdriver typically comes with many different types of bits, which are sufficient to handle various situations encountered in daily life. When using it, you can change the appropriate bit according to the screw, switch to the corresponding task torque, and then press the switch to tighten the screw. There is no need to worry about it being slow;it can be set to different speeds, ensuring quick tightening while also maintaining accuracy.

In addition to the points mentioned above, the superiority of the smart electric screwdriver includes many other features, such as the ability to adapt to various working environments,programming the tightening assembly process, setting torque, speed, and number of turns, and automatically switching task torque to tighten different screws.,It can display tightening data in real-time, and the locking records can be saved and queried, and it can also be uploaded to theMES system, quickly screening out defective products.These are all its advantages. Because of these superior features, it has become an indispensable important tool in today's maintenance industry.