Nowadays, the level of automation in various industries is increasing, and the level of technology has also improved.Smart ScrewdriverIn the industrial field, it has become a common tool. Traditional equipment relies on manual methods to tighten and loosen screws, which has certain drawbacks and vulnerabilities, and production efficiency can no longer meet the pace of modernization. There is a large demand for screwdrivers in our country, especially prominent in the mechanical assembly industry. Intelligence has become the development trend of modern industry. Let's take a look at the specific classifications of smart screwdrivers.

1. Product Applications

The machine-type smart screwdriver is mainly used in the automotive assembly field, suitable for assembly lines, with high production efficiency, suitable for mass assembly, high reliability, and strong stability, overcoming the defects of manual production operations. Its main feature is that the hollow cup motor has a high energy conversion efficiency, which can provide a large torque for the screwdriver. Although it has a high level of automation, it has not completely replaced manual labor, and there are certain limitations in its application in some more complicated assembly processes. For example, screwdrivers like Atlas and MaTou, although intelligent, still need to be designed as handheld to fully exert their effectiveness.

2. Advantages of Smart Screwdrivers

It is an electric screwdriver that controls the servo motor through a controller, with high accuracy, able to adapt to scenarios that require a certain level of precision. However, due to different types of motors, the torque provided cannot match that of the hollow cup motor. It is generally used in the semiconductor and 3C fields, with various task operation modes, each mode having different torque parameter designs, suitable for various types of screw products. It has high accuracy in angle and torque control, can also detect errors and analyze the real-time status of screws. Control is done through programming, with low error rates, suitable for automated production fields. The entire process can display relevant data and generate curves, allowing for switching between manual and automatic modes.

The above is the classification of smart screwdrivers, hoping to provide some reference for choosing tools suitable for one's own production activities.