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What are the main applications of smart electric screwdrivers? What are the usage scenarios?

Classification:

Industry News

Author:

Sensewee

Source:

Sensewee

Release time:

2022-12-09

Visits:

1

Compared with traditional electric screwdrivers,smart electric screwdriversbetter meet the needs of modern automated industrial production.smart electric screwdriversWith controllers andPC software, personalized programming of the tightening assembly process can be achieved, and specific parameters can be set according to production needs, thus completinghigh intelligenceautomated production.Currently,thisintelligenttightening assembly process hasentered many industries' production and manufacturing.NextI will specificallyintroducethe usage scenarios andmain applications.

 

  • Used forthe manufacturing of 3C electronics and automotive electronics

3C electronics refer to computers (Computer), communications (Communication), and consumer electronic products(Consumer Electronic) is the abbreviation for three types of electronic products; automotive electronics refer to the general term for vehicle body automotive electronic control devices and onboard automotive electronic control devices.These products' production often has special tightening and locking requirements. For example, in the production of Mobile devices, certain structures require sufficiently precise small torque and specific number of turns, but traditional electric screwdrivers have lower controllability in these aspects, whilecan meet production needs. Thereforesmart electric screwdriversthe emergence ofsmart electric screwdriverssatisfies the specific needs of these industries for production.

 

 

2. Used for the manufacturing of white goods and medical equipment

In the production of white goods and medical equipment, the manufacturing of high-precision structures in products is very rigorous. In addition to specific requirements for precision, speed, and number of turns, various parameters must also be recorded after the tightening process is completed. Traditional electric screwdrivers basically lack recording and networking functions, making it very difficult for them to have traceable records. However, the intelligence ofsmart electric screwdriversis reflected in its mature IoT capabilities, which can automatically record data, save data, and upload data to the cloud. Thereforesmart electric screwdriverscan handle the industrial production work of these products.

 

3. Used for the manufacturing of the new energy industry and precision machinery   

In the production of the new energy industry and precision machinery, the assembly quality of key parts such as bolts not only directly affects the operational safety of the production environment but also impacts the performance requirements of parts or final products. Therefore, the parameter accuracy during the tightening process of important bolts and data management after tightening are particularly important for problem tracking and assembly quality improvement. With the rapid development of industrial automation, the emergingsmart electric screwdriverscan achieve high precision, controllable processes, and traceable data. Therefore, in these industries,smart electric screwdrivershas been widely applied.

 

The above is an introduction to theintelligentapplicationsof electric screwdrivers in usage scenarios. Overall, it has many advantages, and in various current production fields,it canplay ahugeroleand is an indispensable part of industrial production in today's society.,是当今社会的工业生产中不可或缺的一个环节These products' production often has special tightening and locking requirements. For example, in the production of Mobile devices, certain structures require sufficiently precise small torque and specific number of turns, but traditional electric screwdrivers have lower controllability in these aspects, while

Key words:

Intelligent Electric Screwdriver

Introduction to Intelligent Electric Screwdrivers

The Intelligent Electric Screwdriver is a power tool that integrates intelligent control and electric drive technology. It has the following features and applications: Intelligent Control: The Intelligent Electric Screwdriver uses technologies such as microprocessors and sensors to automatically identify the parameters of the screwdriver and screws, and adjust the working mode automatically as needed, such as torque, speed, etc. At the same time, it can provide real-time feedback and alarm functions to ensure the quality of screw tightening. Electric Drive: The Intelligent Electric Screwdriver employs electric drive technology, providing power through a motor, making operation easier and more efficient. Compared to traditional manual screwdrivers, it can significantly improve work efficiency and reduce labor intensity, especially suitable for tasks involving a large number of screw tightenings. Automated Production Lines: The Intelligent Electric Screwdriver is widely used in automated production lines, especially in scenarios requiring large-scale screw tightening. It can be used in conjunction with automated equipment and assembly lines to achieve high-speed, precise, and consistent screw tightening operations, improving production efficiency and product quality. Maintenance and Repair: The Intelligent Electric Screwdriver can also be used for maintenance and repair work. It can easily tighten or disassemble various screws, suitable for maintenance and assembly in fields such as furniture, appliances, and automobiles. Industrial Manufacturing: In the field of industrial manufacturing, the Intelligent Electric Screwdriver is widely used in the assembly process of various products, such as electronic devices, household appliances, and automotive parts. It can provide efficient, stable, and reliable screw tightening operations, ensuring product quality and production efficiency. In summary, the Intelligent Electric Screwdriver is a tool that integrates intelligent control and electric drive technology, with significant application value in automated production lines, maintenance and repair work, and industrial manufacturing. It improves work efficiency and product quality by providing efficient, precise, and reliable screw tightening operations.