Innovative digitalization and intelligent technology have always been the direct driving force for promoting the development of the manufacturing industry. With the advancement of tightening system technology, which symbolizes the level of intelligent assembly in the manufacturing industry, the research and development innovation and application fields of other related tightening process execution equipment - electric screwdrivers are also constantly expanding.

Especially with the rapid development of the automotive new energy industry, the demand for batteries in new energy vehicles is rapidly increasing. The requirements for intelligent, automated, standardized tightening operations and traceability of tightening data in battery assembly are becoming increasingly high. Major enterprises are also seeking intelligent assembly and tightening tools that can comprehensively improve assembly efficiency while ensuring production quality.

Reducing workshop labor, using electric screwdrivers instead of manual operations, and improving product quality and stability are effective ways to enhance one's competitiveness in similar products. It can be imagined that the use of "smart" tools is increasing, whether driven by more flexible manufacturing, improved efficiency, or increased productivity. Digitalization and intelligence in the workplace are becoming the norm. At present, the automotive industry has taken the lead in establishing digital workshops, using high-performance electric screwdrivers to empower assembly processes.

In response to the upgrading and transformation needs of the automotive industry, Speed Digital Tightening uses independent research and technological innovation as a powerful tool to break down industry technological barriers, lead fastening tools towards digitization, intelligence, and integration, and comprehensively improve the assembly efficiency and production quality of the automotive new energy industry.

The quick action digital tightening brushless servo electric screwdriver can significantly save labor, with precise torque and high efficiency, enabling automotive manufacturing enterprises to improve the traceability and quality of the entire process and products, from intelligent tools to quality management. It can achieve free programming of the tightening assembly process. Within the performance parameter range, it is possible to freely set and adjust torque, speed, waiting time, and rotation direction according to different tightening process requirements, achieving more accurate tightening. The torque value that can be achieved has reached the industry leading level.

The importance of traceability of tightening data for product quality is self-evident. The quick action digital tightening brushless servo electric screwdriver has built-in current and angle measurement, which can achieve precise control and monitoring of the quick action brushless servo electric screwdriver in various tightening processes, real-time monitoring and updating of tightening status, and timely detection of deviations from the program. This is undoubtedly very beneficial for the assembly quality control and business management of automobiles.

Due to the advantages of high repeatability, good reliability, high efficiency, and data traceability, the automatic and supporting solutions of quick acting electric screwdrivers have been widely applied in industrial fields such as automotive manufacturing, 5G communication, medical equipment, and home appliance assembly, accelerating the transformation and upgrading of enterprise production models and improving the advanced manufacturing capabilities of equipment.

This year marks the beginning of China's 14th Five Year Plan. In areas such as automotive and component manufacturing, 3C electronic manufacturing, and other tightening processes, Speed Digital Tightening will continue to be driven by innovation and develop more products that meet the needs of lean, digital, and intelligent manufacturing of new energy for automobiles. It will play a key role in precision locking of screws, in order to promote intelligent manufacturing of automobiles at a higher level.