Thanks to an integrated software and an ergonomic and advanced human-machine interface, the user can easily program a tightening strategy and start the program adapted to their activity in just ten seconds. They can view the tightening results in real-time, including curves and screwing actions performed. The TRAXX Wrench can communicate with the company’s network to record tightening data, allowing precise control of the work performed, traceability of operations, and analysis of results.
Advantages of the TRAXX wrench
This wrench increases the precision of your tightening by 30%!
With the TRAXX wrench, tightening your screws and checking the torque (expressed in kN) is done with the same tool.
The TRAXX wrench allows you to view in real-time the torque you are applying to your assembly.
Don’t change your operators’ habits! This wrench works the same way as a torque/angle wrench, but it is more precise and directly measures and displays the tension (kN).
Numerous accessories are available to adapt the method to your needs.
Why do tightening and measuring tension simultaneously?
Viewing the tension applied to an assembly in real-time with the TRAXX wrench is crucial for several reasons.
First, it ensures that each component is properly secured and in compliance with technical specifications.
Incorrect tension can lead to problems such as leaks, deformations, or premature component failure. By monitoring tension in real-time, any deviation from recommended parameters can be detected immediately, and corrective action can be taken before more significant damage occurs.
Moreover, real-time monitoring of tension allows adjustment and optimization of the assembly process in progress. This avoids overstressing components, which could damage them, or understressing, which could compromise the safety and performance of the assembly.
Finally, this real-time monitoring facilitates traceability and documentation of the assembly process. This is particularly important in industries where quality and compliance with standards are imperative, such as aerospace, automotive, or industrial equipment.
In summary, viewing the tension of an assembly in real-time guarantees the reliability, safety, and performance of the equipment while allowing the optimization of assembly processes.