What unique features does the Sensewee smart electric screwdriver have in the smart lock fastening industry? What revolutionary changes has its emergence brought to the fastening industry?

Currently, ordinary electric screwdrivers and pneumatic electric screwdrivers are widely used. They are popular among users due to their low cost, light weight, and ease of use. However, with the development of society and technology, labor costs continue to rise, and production is shifting towards automation and intelligence; the original ordinary electric screwdrivers and pneumatic electric screwdrivers are gradually unable to adapt to the application scenarios of high-end manufacturing.

In this context of strong demand, a new locking screw technology has emerged. Specifically targeting the precision tightening requirements of high-end manufacturing, using servo control technology for precise screw tightening is an effective solution.

The smart electric screwdriver has essential differences from traditional electric screwdrivers in terms of intelligence.

1. Precision

The Sensewee smart electric screwdriver can achieve high precision control, with real-time torque control; keeping the torque precision deviation within 5%.

2. Speed

The Sensewee smart electric screwdriver can achieve multi-stage variable speed, meeting different speed requirements for screws at different tightening stages.

3. Record Traceability

Records the working results of each screw, allowing the status of each screw's working results to be traceable; and automatically maintains the number of records to prevent data from expanding indefinitely.

4. Multi-task Switching

The Sensewee smart electric screwdriver supports 16 tasks, each of which can be divided into 10 steps for tightening. Users can modify different parameters according to different tightening processes to achieve various complex tightening applications.

5. Scalability and Expandability

Public secondary development agreements can be implemented for seamless integration with other tightening platforms.