Engineering what you envision requires the right tools. Tools for turning, milling, drilling and threading. But it also takes heart and soul. From the initial inspiration to the final application.
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Turning, drilling, threading, milling, adaptors _A COMPENDIUM OF EXPERTISE IN MACHINING LURLTER PRDTDTyP

Engineering what you envision requires the right tools. Tools for turning, milling, drilling and threading. But it also takes heart and soul. From the initial inspiration to the final application. With the speciality brands of Walter, Walter Titex, Walter Prototyp and Walter Multiply you receive more than just tools from us, because we do all we can to understand and satisfy the requirements of our customers. We concentrate on the application and what the customer would like to achieve. Using this process, we help the customer to turn his idea into a reality. For us, perfection is the most...

CONTENTS Turning INDEXABLE INSERTS FOR TURNING, Product range overview A 5 GROOV^G AND THREADING Designation key for ISO indexable inserts A 6 Walter Select - Turning A 10 Walter indexable inserts for turning A 17 Designation key for cutting inserts A 52 Walter Select - Grooving A 54 Walter cutting inserts for grooving A 58 Walter indexable inserts for threading A 67 WALTER TURNING TOOLS System overview - External machining A 76 Walter Select - External machining A 77 Programme overview - External machining...

Turning tools Walter provides a full range of tools for turning, grooving and threading. All tools are available with standard ISO square shanks and boring bars, and with Walter CaptoTM interface C3–C8 in acc. with ISO 26623 for maximum flexibility, stability and repeatability on any lathe. Walter Turn lever type clamping – Unobstructed chip evacuation by means of lever type clamping for negative ISO indexable inserts – Easy handling during insert replacement by operating just one screw in the normal and overhead position Walter Cut monoblock tools G1011 – Maximum stability by means of...

Walter NTS threading – external machining – Inserts for all of the most popular threads such as ISO metric, Whitworth, American UN, etc. – Three-edged inserts in full profile and partial profile versions Walter Cut – axial grooving – Outstanding chip removal by means of low tool head height with the G1111 tools – The Walter Cut modular system is available as an alternative for maximum flexibility Walter Turn screw clamping – Extremely stable insert clamping for positive ISO indexable inserts thanks to Torx Plus screw clamping – The number one choice for use with low cutting pressures or...

Product range overview of indexable inserts for turning, grooving and threading Insert shape Insert shape Negative basic shape Positive basic shape Negative basic shape Positive basic shape Positive basic shape Negative basic shape Positive basic shape Negative basic shape Positive basic shape Negative basic shape Positive basic shape Negative basic shape Positive basic shape Walter Cut FX grooving inserts Walter Cut GX grooving inserts, 2-edged Walter Cut LX grooving inserts Insert shape Walter NTS thread cutting inserts, full profile Walter NTS thread cutting inserts, partial profile

ISO 1832 designation key for indexable inserts for turning Example 1 Insert shape Clearance angle Tolerances Permissible deviation in mm for Inserts with ground secondary cutting edges depending on insert size (see ISO standard 1832) Edge formation Cutting direction Chamfer width Chamfer angle for diameter imperial sizes convert

Turning iiinLTEn Machining and fastening features u P =40-60° P =40-60° X Drawing or precise description of indexable insert required. 12 Manufacturer information / Walter Geometry Index 3. Cutting edge type F Finishing S Semifinishing M Medium machining R Roughing ISO S materials high temperature alloys

Designation key for cutting materials made from carbide - turning Example W 1. Primary application or coating type P Steel to-machine materials H Hard materials coating X PVD machine materials H Hard materials

Step by step to the right indexable insert STEP 1 Determine the material to be machined from page H 8 onwards. Note the machining group that corresponds to your material e.g.: P10. STEP 2 Determine the basic shape of the indexable insert: Code letters

Turning iiinLTEn Turning iiinLTEn see page A 12 see page A 13 see page A 14 see page A 16 see page A 15 see page A 16 STEP 4 Determine the insert geometry via the cutting depth (ap) and the feed (f). Geometries for | P | Steel Stainless steel H Cast iron | N | NF metals | S | High temperature alloys | H | Hard materials STEP 5 Overview of catalogue page on which you will find the selected geometry in the relevant basic shape. On the specified catalogue page you will find the cutting material recommendation, the feed value (f) and the cutting depth (ap). STEP 6 Choose the cutting data in the...

Walter Select – steel machining ISO P STEP 4 Determine the indexable insert geometry via the cutting depth (ap) and the feed (f). Negative basic shape single sided Negative basic shape 16 Positive basic shape More technical information see page A 298 onwards. Positive basic shape Negative basic shape double sided * Fully ground circumference STEP 5 Overview of catalogue page on which you will find the selected geometry in the relevant basic shape.

Walter Select – stainless steel ISO M STEP 4 Negative basic shape double sided Negative basic shape Determine the indexable insert geometry via the cutting depth (ap) and the feed (f). Positive basic shape Positive basic shape * Fully ground circumference More technical information see page A 298 onwards. ¤ STEP 5 Overview of catalogue page on which you will find the selected geometry in the relevant basic shape. Geometry Page

Walter Select – Cast Iron Machining ISO K STEP 4 Negative basic shape double sided Negative basic shape Determine the indexable insert geometry via the cutting depth (ap) and the feed (f). Positive basic shape Positive basic shape More technical information see page A 298 onwards. ¤ STEP 5 Overview of catalogue page on which you will find the selected geometry in the relevant basic shape. Geometry Page