Expansion of the NOTCH-GRIP Inserts Line with Chipbreakers for Standard Market Pockets

Highlights


Following the successful introduction of the Notch Grip line and market demand, ISCAR is adding new inserts with a chipformer.



Important features

• Excellent chip control on alloy & stainless steel
• Different edge configurations for radial & face grooving, profiling and threading

With the addition of the new inserts, a complete Notch-Grip line is now available.

Grooving Insert Features:

• Inserts with chipformers
• 1.00 – 6.35 mm (.039”-.250”) grooving width range
• Double-ended shallow grooving inserts
• Single-ended deep grooving inserts
• Inserts with a flat-top and neutral rake angle or positive rake angle
• Inserts with a full radius for grooving and profiling
• Inserts for external undercutting

The inserts are available in 2, 3 and 4 pocket sizes, in ISCAR’s versatile SUMO TEC PVD coated grades IC807 / IC808. Suitable for grooving and turning a wide range of materials at medium-tohigh cutting speeds.

Threading Insert Features

• Double-ended precision threading inserts for a large variety of the most popular industrial threading profiles
• Inserts for internal and external threading profiles
• Inserts with full and partial profiles
• Inserts with a flat-top neutral and positive rake or with a chipformer
• Multi-tooth
• Regular and fine pitches

The threading inserts are available in ISCAR’s versatile PVD grade IC908. Suitable for threading a wide range of materials at low-to-medium cutting speeds.

Tools
All inserts can be mounted on existing standard market pocket tools. In addition, ISCAR offers the following tools:

• External tools for double-ended deep grooving inserts
• External tools for shallow grooving and threading applications
• External tools for grooving and threading applications, for Swiss-Type machines
• External tools for undercutting applications
• Internal tools with coolant through, for grooving and threading applications
• Interchangeable heads for grooving and threading applications
• Steel shanks with coolant through for interchangeable heads

The new NOTCH-GRIP tools and inserts will enable us to introduce our advantageous products to end-users who currently use these standard tools.

Grooving/Threading Insert Identification Chart









NOTCH-GRIP Catalog
The new inserts with chipbreakers can be found on catalog pages 5 and up.

Please download the entire NOTCH-GRIP catalog from the link below.
https://www.iscar.com/Catalogs/flipview/brochures/notch_grip_2021/index.html

ING-RCB/LCB
Double-Ended Precision Grooving Inserts with a Chipformer
• DMIN according to related boring bar
(1) Cutting width tolerance (+/-)
(2) Corner radius tolerance (+/-)


ING-RCB/LCB - INCH
Double-Ended Precision Grooving Inserts with a Chipformer
• DMIN according to related boring bar
(1) Cutting width tolerance (+/-)
(2) Corner radius tolerance (+/-)


INR-RCB/LCB
Double-Ended Precision Full Radius Grooving Inserts with a Chipformer
• DMIN according to related boring bar (1) Cutting width tolerance (+/-) (2) Corner radius tolerance (+/-)


INR-RCB/LCB - INCH
Double-Ended Precision Full Radius Grooving Inserts with a Chipformer
• DMIN according to related boring bar
(1) Cutting width tolerance (+/-)
(2) Corner radius tolerance (+/-)


INGD-RCB/LCB
Single-Ended Precision Deep Grooving Inserts with a Chipformer
• DMIN according to related boring bar
(1) Cutting width tolerance (+/-)
(2) Corner radius tolerance (+/-)


INGD-RCB/LCB - INCH
Single-Ended Precision Deep Grooving Inserts with a Chipformer
• DMIN according to related boring bar
(1) Cutting width tolerance (+/-)
(2) Corner radius tolerance (+/-)


INF-RCB/LCB
Double-Ended Precision Face Grooving Inserts with a Chipformer
(1) Cutting width tolerance (+/-)
(2) Corner radius tolerance (+/-)
(3) Minimum axial grooving diameter


INF-RCB/LCB - INCH
Double-Ended Precision Face Grooving Inserts with a Chipformer
(1) Cutting width tolerance (+/-)
(2) Corner radius tolerance (+/-)
(3) Minimum axial grooving diameter


INFD-RCB/LCB
Single-Ended Precision Deep Face Grooving Inserts with a Chipformer
(1) Cutting width tolerance (+/-)
(2) Corner radius tolerance (+/-)
(3) Minimum axial grooving diameter


INFD-RCB/LCB - INCH
Single-Ended Precision Deep Face Grooving Inserts with a Chipformer
(1) Cutting width tolerance (+/-)
(2) Corner radius tolerance (+/-)
(3) Minimum axial grooving diameter


INFD-RCB/LCB-I
Single-Ended Precision Deep Face Grooving Inserts with a Chipformer
(1) Cutting width tolerance (+/-)
(2) Corner radius tolerance (+/-)
(3) Minimum axial grooving diameter


INFD-RCB/LCB-I - INCH
Single-Ended Precision Deep Face Grooving Inserts with a Chipformer
(1) Cutting width tolerance (+/-)
(2) Corner radius tolerance (+/-)
(3) Minimum axial grooving diameter


API ROUND THREADING FLDC-RD-75-CB
Double-Ended Precision Threading Inserts with a Chipbreaker
• DMIN according to related boring bar
(1) Threads per inc


API ROUND THREADING FLDC-RD-75-CB - INCH
Double-Ended Precision Grooving Inserts with a Chipformer
• DMIN according to related boring bar
(1) Threads per inch


60° PARTIAL PROFILE THREADING FLT-CB
Double-Ended Precision Threading Inserts with Chipbreakers
• DMIN according to related boring bar
(1) TPI int. min.
(2) TPI int. max.
(3) TPI ext. min.
(4) TPI ext. max.


60° PARTIAL PROFILE THREADING FLT-CB - INCH
Double-Ended Precision Threading Inserts with Chipbreakers
• DMIN according to related boring bar
(1) TPI int. min.
(2) TPI int. max.
(3) TPI ext. min.
(4) TPI ext. max.



The NPA30 -2021's pdf file: View (PDF) or Download (ZIP)