In recent years, looking at the global notebook industry's market size, the shipment volume has stabilized at around 170 million units. Most of these are produced in China. Notebooks are becoming lighter and lighter, and components are becoming more and more precise, but higher requirements are placed on the locking process.

How does the Sensewee smart screwdriver quickly display tightening results and emit alarm sounds on the display?
The Sensewee smart screwdriver is designed for locking precision devices. Every time a screw is tightened into a circuit board or casing, the display shows the torque data of the screwdriver. The required torque varies for screws in different locations, and each task performed is different. The Sensewee smart screwdriver supports up to 16 tasks, allowing for instant switching to meet the tightening needs of various screws on the same product. The controller determines whether the tightening is successful based on the data collected during the tightening process. Faced with a massive demand for product tightening, it is impossible to rely on manual inspection of each screw's tightening results. The Sensewee smart screwdriver can automatically identify abnormal situations such as floating or stripping and record the data for subsequent tracing and analysis.

In the process of advancing towards China's "Intelligent Manufacturing 2025," indispensable yet mechanically repetitive tasks like screw locking will ultimately be undertaken by robots. Therefore, smart screwdrivers will undoubtedly be essential tools in the future locking industry. As a producer of such smart tools, Sensewee is here to safeguard you in the automation and intelligence of industrial processes.