The bending of workpieces is of central importance in many industries and areas of manufacturing. The process offers a wide range of applications in the production of stable and functional components. fischertechnik's simulation model "Bending Machine 24V" illustrates the process of this important manufacturing method and at the same time teaches how the programmable logic controller (PLC) works.

The bending of workpieces is a manufacturing process in which a piece of material, often made of metal or plastic, is brought into a desired shape through mechanical action. It is one of the so-called forming processes and is used particularly frequently in sheet metal working and metal construction.

The fischertechnik Bending Machine 24V simulates the transport and bending of workpieces. The model can be used in either semi-automatic or automatic mode. In semi-automatic mode, the unbent workpieces are manually inserted into the transport carriage. In automatic mode, the transport carriage positions itself automatically under a magazine that provides the workpieces. The loaded carriage then transports the workpiece to the Bending Machine, where it is bent. The transport carriage then takes the bent workpiece to the removal point.

The 24V Bending Machine includes extensive learning materials for the programmable logic controller (PLC). The physical model can be used to create a lasting learning experience for PLC programming. At the end of the learning unit, the learner will be able to wire the 24V Bending Machine independently and programme it in the graphical programming language "function block diagram" (FBD) or in structured text (SCL - Structured Control Language). 

Learners build up expertise in a safe, yet industry-relevant environment that is used for real machine programming and commissioning. The didactic concept covers all the essential steps from wiring using a circuit diagram and creating a flowchart to programming (FBD or SCL) and commissioning the model. Thanks to the action-orientated approach of this training model, participants not only develop a deep understanding of PLC programming, but also the ability to master complex control tasks independently. The model promotes hands-on learning, creativity and problem-solving skills, optimally preparing participants for the demands of industrial practice.