ISO/TS 13399-71:2016

Overview

ISO/TS 13399-71:2016 - "Cutting tool data representation and exchange - Part 71: Graphical data layout - Creation of documents for standardized data exchange: Graphical product information" defines a common approach for creating 2D cutting-tool documentation intended for electronic data exchange. The specification standardizes the elements and internal structure of graphical product documentation so manufacturers and users can exchange drawing content reliably while keeping user-specific drawing frames separate.

Key topics and requirements

• Defined drawing elements: the standard specifies the primary parts of 2D documentation - drawing frame, tool graphic, manufacturer/supplier block, data table, and mapping list.
• Separation of content and presentation: product graphics (2D tool drawings) are separated from customer-specific drawing headers so supplier drawings can be merged automatically into user templates.
• Manufacturer/supplier block: must include copyright/protection notices and key supplier header data; placement may vary per customer needs.
• Data table (parametric data): intended to carry all relevant parametric information (e.g., bill of material and user references). The specification indicates use of XML-format data for parametric entries, while it does not define the XML file structure itself.
• Mapping list: defines logical assignments from neutral master classification to drawing fields and placeholder positions; a mapping list is created for each drawing frame to enable automatic placement of data table entries.
• File formats and layout: the drawing frame is to be provided in a DXF format to support automated configuration of 2D documentation; layout rules reference ISO/TS 13399-70 for layer and frame definitions.
• Scope boundaries: ISO/TS 13399-71 standardizes the graphical data layout and data-exchange principles but explicitly excludes layer settings (other than referencing ISO/TS 13399-70), XML file structure definitions, classification concepts, 3D/2D drawing design guidelines, application/use data, reconditioning info, and other application-specific data.

Applications and users

Who benefits:

• Cutting tool manufacturers and suppliers wanting to publish standardized 2D product documentation for broad customer reuse
• CAD/CAM engineers and technical documentation teams who automate merging supplier drawings into company templates
• PLM/PDM and ERP integrators implementing standardized data exchange workflows for tool libraries
• NC programmers and production planners needing consistent 2D graphics and BOM data for manufacturing preparation

Practical benefits:

• Faster documentation exchange and reduced manual template work
• Consistent presentation of copyright and supplier information
• Automated population of drawing headers and BOM fields via mapping lists and parametric data

Related standards

• ISO/TS 13399-70 - Graphical data layout: layer settings for tool layout
• ISO/TS 13399-72 - Definition of properties for drawing header and their XML-data exchange
• Other ISO/TS 13399 parts covering dictionaries, 3D model creation, and usage guidelines

Keywords: ISO/TS 13399-71, cutting tool data representation, graphical data layout, 2D documentation, DXF, XML, mapping list, drawing frame, manufacturer block, data exchange.