9 TURNING – GENERAL CONTENT POSITIVE INSERTS NEGATIVE INSERTS PARTING-OFF & GROOVING THREAD TURNING GENERAL TECHNICAL INFORMATION 1

INDEXABLE TOOLS - CONTENT (ALPHABETICAL) PRODUCT FAMILY

INDEXABLE INSERTS - CONTENT (ALPHABETICAL) PRODUCT FAMILY

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TURNING - GENERAL CONTENT NEGATIVE INSERTS PARTING-OFF & GROOVING THREAD TURNING GENERAL TECHNICAL INFORMATION

To select a cutting grade and geometry for a broad range of workpiece materials General definition i.e. Steel, Stainless Steel.. |p m |k To navigate and select a tool by suitability SUDgrOUp for a more specific range of workpiece materials Definition by structure/composition i.e. Plain Carbon Steel, Alloy Steel... WMG Definition by hardness/ultimate tensile strength i.e. 160 < 220 HB, 620<900 N/mm2 ... ABOUT DORMER PRAMET'S WORKPIECE MATERIAL CLASSIFICATION Workpiece Material Groups (WMG) are used to support easy and reliable selection of the right cutting tool and starting values for machining...

CUTTING TOOL PARAMETERS ACCORDING TO ISO 13399 All cutting tools are defined by a number of parameters according to the standard ISO 13399. This list contains all the parameters used in this catalogue and their definitions. ISO 13399 is an international cutting tool information standard. It provides dimensions and parameters in a neutral format that is independent of any particular system or company nomenclature. When cutting tools are clearly defined according to a global standard, all types of software can process the electronic data more quickly, improving the quality of communication and...

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9 TURNING – GENERAL CONTENT POSITIVE INSERTS NEGATIVE INSERTS PARTING-OFF & GROOVING THREAD TURNING

Suitability and starting values for cutting speed (vc), feed (f) and depth of cut (ap). Refer to our Machining Calculator app for further calculations. [m/min] [mm/rev] [m/min] [mm/rev] [m/min] [mm/rev] [m/min] [mm/rev] [m/min] [mm/rev] [m/min] [mm/rev] DR geometry for semi-rough to rough machining, and continuous to interrupted cuts. HR geometry for rough to heavy-rough machining, and continuous to interrupted cuts.

Geometry description Application area of insert

Internal Double Clamp Boring Bar with 93° Cutting Angle for DN.. Insert Internal Right/Left hand double clamp boring bar, throflHBant, 93" cutting angle for DN.. 11 and 15 inserts. Minimum internal turning diameter 032 mm. Suited for wide range of internal turning applications, copy turning up to 27°. Available with shank size 025 up to 050 mm. Body treated for longer tool life. Typical page with turning holder displayed - specific page details will differ. 14

Dimensions [mm] and angles 21 [°] of holder Internal coolant supply Group of compatible inserts 31 Group of spare parts 3 41 Compatible inserts Spare parts Special accessories 11 Turning holder is primarily displayed in its right design (R) 2) GAMO = orthogonal rake angle (see technical pages) LAMS = inclination angle of main cutting edge (see technical pages) 3) Code of Group of compatible inserts, spare parts and special accessories is used only for purposes of this catalogue. It cannot be used for orders. 4) Spare parts and special accessories icons are designed schematically for ease of understanding....

GENERAL ICONS

TECHNICAL PAGES

9 ISO INSERTS POSITIVE – NAVIGATOR CCGT

9 ISO INSERTS POSITIVE – NAVIGATOR TPGX

9 ISO INSERTS NEGATIVE – NAVIGATOR CNGG

9 ISO INSERTS NEGATIVE – NAVIGATOR SNMA

9 ISO INSERTS POSITIVE – CHIPBREAKER NAVIGATOR P 1st choice Possible use Very unstable working conditions Unstable working conditions FF Stable working conditions Thin -walled and slim workpieces Designed for fine to finish machining, steels and cast irons and potentially stainless steel, continuous and interrupted cuts Designed for finish to semi-rough machining, steels and stainless steels, potentially cast irons and non ferrous materials, continuous and moderately interrupted cuts Designed for semi-rough machining, steels, stainless steels and cast irons, potentially super alloys and hardened...

9 ISO INSERTS POSITIVE – CHIPBREAKER NAVIGATOR M 1st choice Possible use Very unstable working conditions SR Unstable working conditions Stable working conditions Thin -walled and slim workpieces Positive design for fine-finish to medium machining, stainless steels and super alloys, potentially steels, non ferrous and hard materials, continuous cuts Designed for rough and heavy rough machining, steels, stainless steels and cast irons, potentially super alloys. continuous and interrupted cuts Designed for finish to semi-rough machining, steels and stainless steels, potentially cast irons and non...

ISO INSERTS POSITIVE - CHIPBREAKER NAVIGATOR Very unstable working conditions Unstable working conditions Stable working conditions Thin -walled and slim workpieces Designed for rough machining, cast irons, potentially steels, stainless steels and hard materials, continuous and interrupted cuts Designed for semi-rough machining, steels, stainless steels and cast irons, potentially super alloys and hardened materials, continuous and interrupted cuts Designed for rough and heavy rough machining, steels, stainless steels and cast irons, potentially super alloys. continuous and interrupted cuts

9 ISO INSERTS POSITIVE – CHIPBREAKER NAVIGATOR N 1st choice Possible use Very unstable working conditions NF1 Unstable working conditions Stable working conditions Thin -walled and slim workpieces Very positive design for fine and finish machining, super alloys, stainless steels and non ferrous materials, potentially steel, cast irons and hard materials, continuous cuts Highly positive design for fine finish to rough machining, aluminium, aluminium alloys and other non ferrous materials, potentially super alloys, co