The container itself is typically a ZIP archive that includes an XML descriptor file alongside various associated files such as 3D models (e.g., STEP, STL), 2D drawings (e.g., PDF, DXF), and metadata documents. The XML file follows a strict schema that structures the data into elements like <Header>, <Object>, <Data>, and <Files>, each containing attributes and sub-elements that describe the tool, its origin, and its associated resources.
Key components of the XML schema include identifiers such as <PrimaryId>, manufacturer and customer information (<ManufacturerInfo>, <CustomerInfo>), and timestamps (<TimeStamp>), ensuring traceability and version control. The <Files> section lists all included files with metadata such as file type, format, and purpose. This structure allows software systems to parse and validate the container contents automatically, facilitating seamless integration into CAD/CAM environments, tool management systems, and digital twins.
DIN 26100 also supports folder structures within the ZIP container to organize files logically, such as separating geometry files from documentation. The standard references other norms like DIN 4000 and ISO 13399 to ensure compatibility with existing classification and data exchange systems. By enforcing a consistent format and schema, DIN 26100 enables reliable, automated, and scalable data exchange across the entire tool lifecycle — from design and planning to machining and inventory management.