Combining two or more workpieces together.
Cohesion is destroyed; the final mass is less than the starting mass.
DIN 8580 organizes manufacturing technologies into six primary categories, designated by order numbers 1 through 6. Each group represents a distinct family of processes with specific characteristics: din 8580 english pdf free
The order number system serves multiple practical purposes: identifying processes in manufacturing documentation, supporting classification activities, facilitating documentation management, solving ordering problems, and enabling data processing applications.
6. Changing Material Properties (Stoffeigenschaften ändern) Combining two or more workpieces together
Manufacturing technology serves as the backbone of modern industry, providing the essential framework for transforming raw materials into finished functional products. At the heart of this field lies the DIN 8580 standard, a comprehensive classification system developed by the German Institute for Standardization (Deutsches Institut für Normung). This standard is not merely a technical list but a logical taxonomy that organizes all manufacturing processes into six distinct groups based on the change in material cohesion. Understanding this hierarchy is fundamental for engineers and manufacturers seeking to optimize production and ensure consistency across global supply chains.
Removing material to change the shape. This decreases the total mass. Examples: Turning, milling, drilling, and sawing. Each group represents a distinct family of processes
Rearranging atoms, crystal lattices, or molecular structures inside the material.
is the foundational German industry standard that provides a systematic classification for all manufacturing processes. It serves as a vital "periodic table" for engineering, organizing production methods based on how they alter a material's cohesion and form.