Foreword

Introduction

1Scope

2Normative references

3Starting elements, coordinate systems, planes

3.1General

3.2Reference system (PCS — primary coordinate system)

3.3Tool item position

3.3.1Prismatic tool position

3.3.2Round tool position

3.4Planes

3.5Cutting reference point (CRP)

3.6Design of the pocket seat

3.7Adjustment coordinate system on workpiece side

3.7.1General

3.7.2Designation of the coordinate system workpiece side

4Design of the model

4.1Necessary parameters for the connection interface feature

4.2Necessary properties for insert and pocket seat

4.2.1General

4.2.2Properties for equilateral, equiangular and equilateral, non-equiangular inserts

4.2.3Properties for non-equilateral, equiangular and non-equilateral, non-equiangular inserts

4.2.4Properties for round inserts

4.2.5Design of the pocket seat feature

5Tool holder for longitudinal and transversal turning

5.1General

5.2Necessary properties

5.3Basic geometry

5.4Turning tool with pocket seat and top surface offset

5.5Turning tool assembly

5.6Boring bar body

6Turning tool for external threading

6.1General

6.2Necessary properties

6.3Basic geometry

6.4Turning tool with pocket seat and top surface offset

6.5Turning tool assembly

7Boring bar for internal threading

7.1General

7.2Necessary properties

7.3Basic geometry

7.4Boring bar with pocket seat and top surface offset

7.5Boring bar assembly

8Turning tool for OD grooving and parting

8.1General

8.2Necessary properties

8.3Basic geometry

8.4Grooving tool with pocket seat and top surface offset

8.5Grooving and cut-off tool assembly

9Boring bar for ID grooving

9.1General

9.2Necessary properties

9.3Basic geometry

9.4Boring bar with pocket seat and top surfaces

9.5Grooving boring bar assembly

10Pull back boring bar

10.1General

10.2Necessary properties

10.3Basic geometry

10.4Boring bar with pocket seat and top surfaces

10.5Pull back boring bar assembly

11System tool for external turning

11.1General

11.2Necessary properties

11.3Basic geometry

11.4System tool with pocket seat and top surfaces

11.5Assembly of system tool for external turning

12System tool for external threading

12.1General

12.2Necessary properties

12.3Basic geometry

12.4System tool with pocket seat and top surfaces

12.5Assembly of a system tool for external threading

13System tool for internal turning

13.1General

13.2Necessary properties

13.3Basic geometry

13.4System tool with pocket seat and top surfaces

13.5System tool for internal turning assembly

14System tool for internal threading

14.1General

14.2Necessary properties

14.3Basic geometry

14.4System tool with pocket seat and top surfaces

14.5System tool for internal threading assembly

15System tool for OD grooving and/or cut-off

15.1General

15.2Necessary properties

15.3Basic geometry

15.4Grooving tool with pocket seat and top surface offset

15.5System tool for OD grooving and parting assembly

16System tool for ID grooving

16.1General

16.2Necessary properties

16.3Basic geometry

16.4Grooving tool with pocket seat and top surface offset

16.5System tool for ID grooving assembly

17Pull back system tool

17.1General

17.2Necessary properties

17.3Basic geometry

17.4System tool with pocket seat and top surfaces

17.5Pull back system tool assembly

18System tool, neutral design for OD turning

18.1General

18.2Necessary properties

18.3Basic geometry

18.4System tool with pocket seat and top surfaces

18.5System tool, neutral design for OD turning assembly

19Design of details

19.1Basics for modelling

19.2Fixing threads for inserts

19.3Contact surfaces/drive keys — Orientation

19.4Chamfers and roundings

20Attributes of surfaces — Visualization of the model features

21Structure of the design elements (tree of model)

22Data exchange model

Annex AMirror planes for left-handed tools (normative)

Annex BInformation about nominal dimensions (informative)

Bibliography