Garching, Germany – Blackbird Robotersysteme GmbH, the expert in system solutions for remote laser welding, expands its portfolio with an especially compact scanner controller. The ScannerControlBox (SCB) will become the self-confident little sister of the proven ScanControlUnit (SCU-3). Both controller solutions permit the easy integration of a welding system into automatic production systems and robot cells. For this purpose, the new SCB needs less space and is quickly installed.
Remote laser welding becomes more and more an especially attractive joining process for a variety of materials—also in applications beyond the automotive industry. For all applications, the users are facing the challenge of integrating the laser scanners as smoothly as possible into the existing or planned production systems. The dimensions play a role almost as important as the existing interfaces and the available field bus systems.
The company developed the SCB and tested its use in several pilot projects to offer its customers a smaller but still industry-suitable solution. The feedback of the users was consistently positive. With a weight of 37 kg, the new controller solution is relatively light, can be comfortably wall mounted, and therefore saves valuable floor space. The interfaces are accessible from below, which allows basically a plug-and-play mode installation. The controller can be connected and commissioned without additional pre-settings and driver installations.
The function scope of the new controller is reduced to specific needs, and it is outstandingly qualified, for example, for welding applications in the electrical mobility environment and for on-the-fly operations. It was possible to lower the energy consumption to a minimum through the performance-applicable selection of components. The high-performance processor guarantees efficient data processing and program handling. In cases of limited space availability, the SCB can therefore also be used as an alternative to its larger SCU-3 sister.
Image Source: Blackbird Robotersysteme GmbH