In a pilot project, the task was to measure two robot workstations in a large bakery during ongoing production. The existing robot tools were to be submerged in order to optimize the overall process. The bakery’s production runs in three shifts. A very fast recording method was needed to measure the packaging workstations, since stopping production involves high costs. The solution was to stop the robot cells individually for a short time. Some employees of the large bakery then manually stacked the fresh baked goods. The time required for the detailed measurement of the interior using a laser scanner was only 10 minutes per cell.  This meant that there were no disruptive influences on the production process.

The company ThyssenKrupp was faced with the task of creating an efficient and complete measurement of an existing automotive production plant in a short time. The priority was to quickly transfer the scan results to existing CAD systems such as AutoCad, FactoryCad or RobCad for further processing. By surveying with 3D laser scanning technology, a real image of the entirety of all installations was created in a single measurement, giving the project the necessary planning reliability.

In the next step, a floor plan was calculated from the scan data using PointCab Origins. This was available to the engineers as a basis for planning on the very next day of the measurement and could be further processed in existing CAD systems without additional training on the topics of laser scanning and handling point clouds. An additional added value results from the fact that the independent file format of PointCab Origins enables the data to be made available to other partners.

Niederreihnische Gas-Technik GmbH (NieGaTec) is a partner of the energy industry. Managing Director Klaus Jäger invested in the acquisition of a laser scanner in 2010 in order to improve his measurements. The complex pipeline structures in particular can be optimally recorded with the laser scanner. After purchasing the hardware, the question arose as to the optimal software for the rapid evaluation of the measurements. In the utility industry, 2D plans still dominate as a basis for work. Pipe runs are represented by line connections and gate valves, valves and other installations are indicated by symbols. Therefore, it was important for NieGaTec to quickly convert the 3D measurements back into layouts and sections.