APKT

IC3028 (ISO P25-P45 M15-M35 S20-S30)A TiN/TiCN PVD toughest coated grade. Used for turning stainless steel and high temperature alloys at low to medium cutting speeds. Used for interrupted cuts and very heavy turning operations.

APKT Inserts

Iscar Turning Inserts

IC907 Grade description: (ISO P10-P30 M05-M20 S05-S20 H05-H15).
A tough submicron substrate, TiALN PVD coated grade. Suitable for turning heat resistant alloys, austenitic stainless steel and hard steel at low to medium cutting speeds.

WNMG

SPMT Inserts

IC3028 (ISO P25-P45 M15-M35 S20-S30)A TiN/TiCN PVD toughest coated grade. Used for turning stainless steel and high temperature alloys at low to medium cutting speeds. Used for interrupted cuts and very heavy turning operations.

APKR Inserts

IC3028 (ISO P25-P45 M15-M35 S20-S30)A TiN/TiCN PVD toughest coated grade. Used for turning stainless steel and high temperature alloys at low to medium cutting speeds. Used for interrupted cuts and very heavy turning operations.

ISCAR?s new Single-Ended Insert for Parting With an Improved Clamping Method

TAG Insert Features
* Very rigid clamping in a tangentially oriented pocket.
* Enables machining at very high feed rates and provides excellent straightness and surface finish.
* Recommended for parting large diameter parts and for * Offers a free, unobstructed chip flow, since there is no upper jaw as in the other clamping systems (very important in deep grooving and parting applications.
* The combination of tangential clamping and free chip flow results in improved tool and insert life time.
* Provides a solution to the problem of inserts being pulled out during retraction.

The TAG inserts are available with the familiar J- and C-Type chipformers, with neutral and angular frontal cutting edges. The new tools are equipped with a user-friendly clamping and extraction device. The TANG-GRIP family includes square shank tools, blades and inserts in 1.4 - 9.5mm widths in the most advanced IC830 and IC808 SUMO TEC grades. The blades are in standard siuzes which fit ISCAR's standard blocks.

Tang-Grip? TAG R/L-J/JS Parting & Grooving Inserts

First choice for soft materials, parting of tubes, small diameters and thin-walled parts. Cutting edge with positive rake. General applications on low carbon steel, alloy steel, austinitic stainless steel. Low-to-medium feed.

IC830 Grade Description:
(P20-P50/M20-M40/K15-K40/ S15-S40) PVD TiAlN coated tough grade followed by a special SUMO TEC surface treatment. Suitable for milling stainless steel, high temperature alloys and other alloy steels. Recommended for interrupted cut and heavy operations.

Iscar HELITURN Indexable Inserts

Iscar HELITURN LD Inserts with High Helical Cutting Edge for High Metal Removal Rates. The HELITURN LD inserts WNMX ...-HTW and CNMX ...-HTW are produced from the most advanced SUMO TEC grades. These inserts are designed with very positive radial helical cutting edges and positive rake angles ? a combination which substantially reduces the cutting forces and facilitates higher productivity.

The CNMX and WNMX insert corners are equipped with a wiper configuration which produces high surface finish, even at high feeds.

In many cases the surface finish is sufficient for eliminating a finishing cut.
HELITURN LD inserts were designed for heavy machining applications. Their unique design ensures reliable, Fast Metal Removal.

ISCAR has recently added the HMW chipformer for machining stainless steel, high temperture alloys and soft, low carbon steel.

CNMX and WNMX inserts require special tools with appropriate seats.

CNMX HELITURN Indexable Inserts

Grade Description: IC807 A tough submicron substrate improved TiAIN PVD coated grade for better chip flow. Suitable for turning heat resistant alloys, austenitic stainless steel and hard steel at low to medium cutting speeds

Iscar Parting and Grooving Blades

TGFH/R/L Blades with Tangentially Oriented Pocket for Parting and Grooving, for TANG-GRIP Single-Ended Inserts.

TGFH/R/L Parting and Grooving Blades

ISCAR Parting & Grooving Blades

ISCAR Tang-Grip? uses a single-ended insert for parting, with a revolutionary clamping method (patent pending). Very rigid clamping is achieved in a tangentially oriented pocket. This increases pocket life by 3 times more than any other SELF-GRIP mechanism.

Tang-Grip? TGFH Parting & Grooving Blades

ISCAR Tang-Grip? has the following features:

? Enables machining at high feed rates and provides excellent straightness and surface finish.
? Provides a solution to the problem of inserts being pulled out during retraction. Has a solid stopper, unlike the friction retaining force in the current systems. (Especially important on machines with a bar feeder or sub spindles.)
? In the SELF-GRIP? system the machining forces are exerted on a very short stopper, while in the TANG-GRIP system, machining forces are supported by a long and rigid rear wall. Pocket wear, which occurs during machining and insert indexing in the SELF-GRIP? system, causes a reduction in the clamping force. This does not happen with the new TANG-GRIP? system.
? The TANG-GRIP? system provides very accurate grooving repeatability.
? The combination of tangential clamping and free chip flow results in improved tool and pocket life.
? Offers a free, unobstructed chip flow. This is very important in deep grooving, since there is no upper jaw to interfere as in the other clamping systems.

For all technical specifications and inserts please refer to our catalogue.

ISCAR?s new Single-Ended Insert for Parting With an Improved Clamping Method

TAG Insert Features
* Very rigid clamping in a tangentially oriented pocket.
* Enables machining at very high feed rates and provides excellent straightness and surface finish.
* Recommended for parting large diameter parts and for * Offers a free, unobstructed chip flow, since there is no upper jaw as in the other clamping systems (very important in deep grooving and parting applications.
* The combination of tangential clamping and free chip flow results in improved tool and insert life time.
* Provides a solution to the problem of inserts being pulled out during retraction.

The TAG inserts are available with the familiar J- and C-Type chipformers, with neutral and angular frontal cutting edges. The new tools are equipped with a user-friendly clamping and extraction device. The TANG-GRIP family includes square shank tools, blades and inserts in 1.4 - 9.5mm widths in the most advanced IC830 and IC808 SUMO TEC grades. The blades are in standard siuzes which fit ISCAR's standard blocks.

Tang-Grip? TAG R/L-C Parting & Grooving Inserts

First choice for soft materials, parting of tubes, small diameters and thin-walled parts. Cutting edge with positive rake. General applications on low carbon steel, alloy steel, austinitic stainless steel. Low-to-medium feed.

IC830 Grade Description:
(P20-P50/M20-M40/K15-K40/ S15-S40) PVD TiAlN coated tough grade followed by a special SUMO TEC surface treatment. Suitable for milling stainless steel, high temperature alloys and other alloy steels. Recommended for interrupted cut and heavy operations.

Iscar HELITURN Indexable Inserts

Iscar HELITURN LD Inserts with High Helical Cutting Edge for High Metal Removal Rates. The HELITURN LD inserts WNMX ...-HTW and CNMX ...-HTW are produced from the most advanced SUMO TEC grades. These inserts are designed with very positive radial helical cutting edges and positive rake angles ? a combination which substantially reduces the cutting forces and facilitates higher productivity.

The CNMX and WNMX insert corners are equipped with a wiper configuration which produces high surface finish, even at high feeds.

In many cases the surface finish is sufficient for eliminating a finishing cut.
HELITURN LD inserts were designed for heavy machining applications. Their unique design ensures reliable, Fast Metal Removal.

ISCAR has recently added the HMW chipformer for machining stainless steel, high temperture alloys and soft, low carbon steel.

CNMX and WNMX inserts require special tools with appropriate seats.

WNMX HELITURN Indexable Inserts

Grade Description: IC850 A tough substrate with a cobalt enriched layer combined with improved MTCVD TiCN and a thick alpha AI2O3 CVD coating. Recommended for general use machining of steel in a wide range of conditions, featuring high toughness and resistance to chipping and plastic deformation.