Digitalization and networking are bringing a high level of dynamism to process automation. Lightweight robots and cobots learn new tasks quickly and can be used flexibly. In order not to slow down this process, suitable grippers must be available just as quickly. Schmalz is breaking new ground in several respects with its new SLG lightweight gripper. In collaboration with Trinckle 3D, the vacuum expert has developed a digital platform that allows users to create the right gripper for their requirements - without expert knowledge. In addition to web-based configuration, Schmalz also relies on additive manufacturing processes. This means that particularly lightweight, safe and robust grippers that comply with ISO TS 15066 and are individually tailored to the respective application are available in a short space of time.

The engineering tool makes it easier for the user to configure the gripper. After specifying the workpiece to be gripped, the program generates the gripper. The number, diameter and type of suction cups can be selected from the preferred Schmalz Select program. The user also determines the position and angle of the suction points and selects the appropriate flange insert. The SLG lightweight gripper can also be combined with various vacuum components such as the ECBPi cobot pump.

The vacuum expert will be showcasing numerous applications for lightweight robots and cobots from various manufacturers at the trade fair. Among other things, the FXCB area gripper, the compact ECBPM CobotPump and its smart big brother ECBPi will be on display.

The dynamics of automation are also making themselves felt in manual lifting tasks. Products are becoming more individual and processes more complex. How companies can master these challenges is another topic at the Schmalz stand. With the SRBC collaborative rope balancer, for example, digitalization is making its way into manual handling: equipped with additional sensors and motors, it interacts with the user. The rope balancer recognizes and supports the desired direction and adheres to specified limits when slewing. This prevents errors and increases safety in the process. as

Hall 3, Stand 3101