In the automotive industry, workers at assembly areas perform different work steps. These workers must, for example, place bolts in engine blocks and tighten them. With the help of the nexonar software Assembly Scout, the screwdriver positions can be dynamically monitored.
For this, a nexonar Tracker is fastened on the screwdriver. The nut of the screwdriver is measured by the nexonar position calibrator and captured by pressing a button. Here, the position of the nut is captured and is continuously tracked when the screwdriver is moved.
A nexonar Single Camera is installed with a clear view to the assembly location. This records the movements of the nexonar Tracker with 163 Hz in virtual real time and gives the information directly to the nexonar Assembly Scout. Up to 8 Trackers can be captured with a nexonar Single Camera in an area of approximately 8.8 x 4.8 m. A nexonar Single IR Camera System records a work area with a depth of 0.2 - 5.5 m. With a single nexonar wide-angle camera in a range up to 20 m, depending on the size of the nexonar IR tracker and the accuracy requirements relevant for the application.
The operator then enters his instructions in the Assembly Scout assistant-software and gets the relevant work information displayed on the screen. After tightening the part, the next work step is displayed to the operator. If the worker accidentally sets the screwdriver to a wrong screw, the screwdriver is not released and allows no action to be carried out. Errors can be avoided. So, for example, different screwdrivers can be identified easily at a work station and the relevant steps or work areas activated or deactivated. A wide range of production sequences, depending on the product to be manufactured, can be stored in the software. Many configurations are possible. Existing sensors, proximity switches, or a feedback from the screw controller about a successful fitting can be integrated in quality control assessment. Even without an ERP system and connection to a parent network, the Assembly Scout is easy to use. Workers are relieved. Errors are avoided. Changing and complex production instructions can be learned quickly and executed without errors.