High-precision fastening of smart screwdrivers

In a worker's toolbox, screwdrivers are essential. They can turn screws to position them, but manual screwdrivers have a large uncontrollable torque error during use, which cannot meet the high precision and low error requirements of engineering work.Smart screwdriver, the operation is simple and can flexibly adapt to the increasingly strict requirements.

The smart screwdriver is an industrial-grade fastening tool. Its torque can be controlled, with an error controlled within 5%. During use, it can flexibly change different speeds and torques in response to various working conditions, achieving better locking effects and effectively preventing common tightening failures such as floating locks, stripping, and misalignment, thus reducing unnecessary production costs.

At the same time, its use is more stable and safe. Previously, manual screwdrivers relied solely on human strength for tightening, which made workers feel very fatigued when facing numerous tasks, slowing down the work process. Now, with the screwdriver, one only needs to secure the position without human effort to achieve high efficiency and high accuracy in fastening. Although it is an automated tool, it does not generate much noise during operation, ensuring a quiet and comfortable working environment. Moreover, it can upload locking data to the "MES system," enabling remote data reading, analysis, and operation, as well as various human-computer interaction methods. Computer management software and HMI screens can control and monitor locking, making it more convenient to use.

As a product of continuous technological development, the smart screwdriver has a variety of new functions that can effectively improve work efficiency and keep errors within a reasonable range. We have reason to believe that smart screwdrivers will become increasingly common in future engineering applications.