In the electrical industry, precise and reliable joining and assembly processes are of central importance to ensure the quality and functionality of electrical components, like electric motors.

One important application is PCB assembly, for example, where electronic components are mounted on printed circuit boards. Maximum precision is required here to ensure that the components are connected correctly and that no short circuits occurs. The quality of these connections influences the functionality of the entire electrical circuit.

When installing belt pulleys on electric motors, it is important that the belt pulley sits precisely and firmly on the motor shaft. This ensures that the mechanical power is transmitted efficiently and that the motor operates smoothly under load.

Another critical process is the joining of pinions and commutators during the assembly of starter motors. These components are responsible for the transmission of torque and continuous rotation in the starter motor. Precise alignment and a tight connection ensure that the starter motor works reliably and has a long service life.

Pressing rotors onto shafts is another important step in the production of electric motors. Here, the rotor must be firmly and precisely positioned to ensure smooth rotation and the efficient conversion of electrical energy into mechanical power. Incorrect assembly could lead to vibrations or performance problems.

All of these applications in the electrical industry require maximum precision and control to ensure the functionality and reliability of electrical devices and systems.