ISO/TS 13399-70:2016
Cutting tool data representation and exchange — Part 70: Graphical data layout — Layer setting for tool layout
ISO/TS 13399-70:2016 is intended to be used for the design of tool layouts for the simulation and the documentation of cutting tool components and cutting tool assemblies. It can be used in connection and correlation with other parts of ISO/TS 13399.
The main purpose of this layer structure is the graphical layout of cutting tool components and cutting tool assemblies to be used within tool pre-setting, NC programming and the simulation of processes, as well as for the design of the machining equipment layout.
The common concept of the BMG (building model generation) layer structure has been extended with more layer definitions for universal use. ISO/TS 13399-70:2016 is applicable for a new layout; old, existing data files are not updated to this level. The use of ISO/TS 13399-70:2016 in terms of change management of existing cutting tool layout is at the manufacturer's discretion.
The extent of the dimensioning is limited to the number of dimensions that are also populated within manufacturer's or distributer's catalogues. The manufacturer determines the level of details and is understood as tool specific.
As the 3D-simulation systems proceed with stock removal, it is differentiated between cutting and non-cutting tool components. Also, the data concept includes the rules of zero points and mounting points for non-rotating tools (lathe tools).
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Foreword
Introduction
1 Scope
2 Terms and definitions
3 Layer concept
4 Structure of the layers
4.1 General
4.2 Colouring of the layers
4.3 Grouping and definition of the layers
4.3.1 Grouping
4.3.2 Basic layer
4.3.3 Tool drawing (main view — function number 3.0.1)
4.3.4 NC-Geometry (CUT, NOCUT — function number 3.0.2)
4.3.5 Extended tool drawing (further views — function number 3.0.3)
4.3.6 Multilingual (global drawing — function number 3.0.4)
4.3.7 Tool reconditioning (supplier specific information — function number 3.0.5)
4.3.8 Machine equipment layout (machining processes — function number 3.0.6)
4.3.9 Drawing frame (multilingual and drawing space — function number 3.0.7)
4.4 Determination of the layer properties
4.5 Rules of the layer concept
5 Data concept
5.1 Origin points and mating points
5.1.1 Rotationally symmetric cutting tool assembly
5.1.2 Non-rotationally symmetric cutting tool assembly
5.2 Rules for the Layer CUT and NOCUT
5.3 Rules for the concept of dimensioning
5.3.1 General
5.3.2 Cutting tool component
5.3.3 Cutting tool combination
Annex A (informative) Examples of the layer structure
Bibliography
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Foreword
Introduction
1 Scope
2 Terms and definitions
3 Layer concept
4 Structure of the layers
4.1 General
4.2 Colouring of the layers
4.3 Grouping and definition of the layers
4.3.1 Grouping
4.3.2 Basic layer
4.3.3 Tool drawing (main view — function number 3.0.1)
4.3.4 NC-Geometry (CUT, NOCUT — function number 3.0.2)
4.3.5 Extended tool drawing (further views — function number 3.0.3)
4.3.6 Multilingual (global drawing — function number 3.0.4)
4.3.7 Tool reconditioning (supplier specific information — function number 3.0.5)
4.3.8 Machine equipment layout (machining processes — function number 3.0.6)
4.3.9 Drawing frame (multilingual and drawing space — function number 3.0.7)
4.4 Determination of the layer properties
4.5 Rules of the layer concept
5 Data concept
5.1 Origin points and mating points
5.1.1 Rotationally symmetric cutting tool assembly
5.1.2 Non-rotationally symmetric cutting tool assembly
5.2 Rules for the Layer CUT and NOCUT
5.3 Rules for the concept of dimensioning
5.3.1 General
5.3.2 Cutting tool component
5.3.3 Cutting tool combination
Annex A (informative) Examples of the layer structure
Bibliography