It divides all manufacturing methods into . This structure is fundamental to German engineering education and industry documentation.
DIN 8580 is more than a dusty German standard. It is the periodic table of manufacturing processes. Having the official allows non-German speakers to navigate this classification system with confidence. Whether you are writing a production plan, defending a patent, or simply trying to communicate with a German engineering team, the small investment in the legitimate standard pays for itself in avoided errors and professional credibility. Din 8580 English Pdf
Examples: Heat treatment (hardening, annealing), magnetization, or ionizing radiation. Why This Standard Matters Industry 4.0 advancements in discrete production ramp-ups It divides all manufacturing methods into
| Main Group | Code | Description | Examples | | :--- | :--- | :--- | :--- | | | 2.x | Creating a solid body from shapeless material | Casting, additive manufacturing (3D printing), powder metallurgy | | Forming | 3.x | Plastic (permanent) deformation without adding/removing material | Forging, rolling, deep drawing, bending | | Separating | 4.x | Reducing the cohesion of material (removing chips) | Turning, milling, drilling, cutting, grinding | | Joining | 5.x | Permanently or detachably connecting parts | Welding, soldering, gluing, screwing, riveting | | Coating | 6.x | Applying a layer of material to a surface | Painting, plating, anodizing, vapor deposition | | Changing Material Properties | 7.x | Altering the internal structure without changing shape | Heat treating (annealing, tempering, hardening) | It is the periodic table of manufacturing processes
Manufacturing terms often have subtle differences between languages. For example, the German word "Trennen" (separating) includes cutting, chipping, and ablating. The official English translation ensures your team uses the same precise definitions when discussing process selection.