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QIROX sensors

Sensitivity for optimum welding processes

With our QIROX system solution for automated welding and cutting, we integrate state-of-the-art welding technology into your welding production. The main task of our sensor systems is quality assurance through precise welding processes. Furthermore, the flexibility of your system is increased by checking and equalising tolerances between the programmed paths and the real workpieces. Four tried-and-tested CLOOS sensors are available for a wide range of materials and applications, further perfecting automated welding through intelligent control and guidance. The optimised workflow minimises reworking. This allows you to work even more economically and produce high-quality products.

Always the right sensor

Based on intensive consultation, we develop complete solutions that fit. In order to generate maximum efficiency and effectiveness benefits through the automation of welding processes, all components are customised to the respective production conditions and requirements. This applies in particular to the sensor technology segment. Here we have developed four products with different performance ranges: Tactile Sensor, Arc Sensor, Laser Offline Sensor and the Laser Online Sensor. They perform different tasks depending on your production goals. In addition, both the tactile gas nozzle sensor and the laser online sensor can be combined with the arc sensor.

Our sensors

Tactile Sensors

The tactile sensor works using the electromechanical sensing principle. The search routine takes place before welding. The contact points make it possible to calculate the difference between the programmed and actual position of the weld seam and are used to adjust the coordinates of the programmed weld seam. The gas nozzle of the welding torch, the welding wire or a stylus attached to the robot holder serve as the system's sensor.

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Arc sensor

The function of the arc sensor is based on measurements of the welding current. The measurement and correction routines take place during welding and directly compensate for any tolerances that occur. The sensor system does not require any disruptive attachments that affect the accessibility of the welding torch. en.

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Laser Offline Sensor

The offline laser sensor is a non-contact optical measuring system. The sensor emits a beam of light onto the surface of the component and receives its reflection. This allows the position and geometry of the weld seam joint to be determined and tolerances to be transferred to the programmed coordinates. The measuring process takes place before welding. The compact sensor is mounted on the welding torch holder.

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Laser Online Sensor

The online laser sensor is a non-contact optical measuring system. The sensor scans the surface of the component with a laser line. This allows the position and geometry of the weld seam joint to be recognised and correction data to be calculated. The measurement and correction routines take place during welding and directly compensate for any tolerances that occur. The compact sensor is mounted on the welding torch holder, close to the gas nozzle.

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References

We will show you what is possible: Take a look at our products, which are already in use in a wide range of industries.

References

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Of course, we will also be happy to help you decide which product is right for you. Just get in touch with us!

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