The integration of cardboard as Scale models in the planning phase of plant components, stations or manual workstations are becoming increasingly important in mechanical engineering. In addition to the usual theoretical planning, cardboard engineering offers a unique perspective as it enables the creation of physical models.
The physical creation of stations or plant components is rather rare in the planning phase. Therefore, the possibility of creating something concrete in the otherwise theoretical world of planning represents a refreshing approach.
Cardboards are primarily used to simulate the practicality of workplaces or machine parts. This approach makes it possible to quickly gain certainty as to whether the planned space and arrangement of devices are sufficient. By simply making and setting up a cardboard model as a placeholder, it is possible to quickly consider whether optimizations should be made before the actual construction of a station. Compared to variants made of steel or aluminum, the production and positioning of a cardboard model is more cost-effective and time-saving.
The use of cardboard engineering enables quick and effective simulation and optimization of system components and entire systems.
1. Avoid costly rework on the line and further unplanned investments: The ability to include physical models early in the planning phase minimizes the risk of costly rework on the production line. By identifying potential problems early, engineers can proactively make optimizations before expensive adjustments are necessary.
2. Accelerate the innovation process: Cardboard engineering enables an agile approach to planning as rapid model changes and iterations are possible. This accelerates the entire innovation process and enables the company to respond flexibly to changing requirements.
1. Limitations when setting up within an existing line: The application of cardboard engineering often reaches its limits when it comes to setting up models within an existing line. The use of cardboard can lead to unwanted contamination of the system, which limits the application possibilities in certain environments.
2. Limited material resistance and durability: Another challenge when using cardboard is the limited material resistance and durability. Especially in environments with high humidity or extreme temperatures, cardboard models can wear out more quickly or lose their shape, which can affect the reliability of the physical models.
Overall, however, it is clear that cardboard engineering in mechanical engineering can make a significant contribution to the efficient planning and design of systems. By combining theoretical expertise and physical models, not only is the quality of planning improved, but also overall cost optimization in the production phase is promoted.
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