Nowadays, the level of automation in various industries is increasing, and the level of technology has also improved. Our country is a major industrial nation, with production efficiency continuously improving and higher demands for technological innovation. Screwdrivers are common tools in the industrial field, and traditional equipment relies on manual methods to tighten and loosen screws, which has certain drawbacks and loopholes, and production efficiency can no longer meetthe modern development process. Our country's demand for screwdriversis large, especially prominent in the mechanical assembly industry. Intelligence has become the development trend of modern industry, let’s learn about theApplicationsof intelligent screwdrivers.The application field of the productThe machine-type intelligent 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 some more complicated assembly processes. For example, although Atlas and MaTou screwdrivers are intelligent, they still need to be designed as handheld to fully exert their effectiveness.

Product advantages

It is an electric screwdriver controlled by a controller for the servo motor, with high accuracy, able to

adapt to

scenarios that have certain requirements for precision, but due to different motor types, the torque provided cannot match that of the hollow cup motor. It is generally used in the semiconductor and3C fields, with multiple 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 omissions, 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 andgeneratecurves, and can achieve switching between manual and automatic modes.The above is the classification of intelligent screwdrivers, hoping to provide some reference for choosing tools suitable for one's own production activities.度有一定要求的场景，但是由于电机类型不同，所以提供的扭力和空心杯电机无法匹及。它一般应用于半导体和3C领域，具有多种任务操作模式，每个模式都具有不同的扭力参数设计，适合多种类型的螺丝产品。在角度和扭力控制上具有较高的准确度，还能判断错漏现象，分析螺丝的实时状态。控制由编程进行，失误低，适合自动化生产领域。整个过程可以显示相关数据和生成曲线，可以实现手动和自动模式的切换。

以上就是智能螺丝刀的分类，希望提供一定的参考，选择适合自身生产活动的工具。