*mydirectindustry

Catalogs
Iscar Metals
FACE GROOVING LINES

FACE GROOVING LINES

Product catalog summary

Overview: The document is a comprehensive catalog from ISCAR, detailing various face grooving tools and inserts for machining applications. It includes specifications for different tool lines such as PICCO, CHAMGROOVE, MINCUT, HELIFACE, DO-GRIP, CUT-GRIP, TANGFACE, SELF-GRIP, and PENTA-CUT, along with their respective holders and tool blocks.

Sections:

Tools and Inserts: This section provides detailed specifications for various tools and inserts used in face grooving and turning applications. It includes dimensions, recommended machining data, and specific applications for each tool type.
Holders: Information on different types of holders such as PICCO HOLDERS, TOOL BLOCKS, CAMFIX, HSK, IM, and SQUARE SHANK HOLDERS is provided, detailing their compatibility with various tools and inserts.
User Guide: A guide for users on how to effectively utilize the tools and inserts for optimal performance in machining tasks.
Index: An index is provided for easy navigation through the catalog.

Key Specifications:

Face Grooving Tools: Tools are available in both metric and inch dimensions, with specifications such as cutting width (CW), cutting depth (CDX), and minimum axial grooving diameter (DAXN).
Inserts: Inserts are designed with internal coolant channels for enhanced performance and are available in various sizes to accommodate different machining needs.
Machining Systems: The catalog details small, medium, and large diameter face machining systems, each tailored for specific applications and part sizes.

Recommendations: The document emphasizes the importance of selecting the right tool and insert combination for specific machining tasks to ensure efficiency and precision. It also highlights the availability of online support and advanced tool advisory systems to assist users in tool selection and application.

Specifications:

Tool Designations: The document lists multiple tool designations such as PICCO R, PICCO ACE, and PICMU, each with specific dimensions and recommended machining data.
Dimensions: Detailed dimensions are provided for each tool, including DCONMS (diameter), OAL (overall length), and other critical measurements.
Machining Data: Recommended machining data is provided in terms of feed rates (mm/rev and IPR) for different tool configurations.

Procedures:

Right-Hand and Left-Hand Inserts: The document specifies that only right-hand inserts are standard, with left-hand inserts available upon request.
Internal Coolant Channels: Some inserts are designed with internal coolant channels for deep face grooving, enhancing performance and tool life.

Standards and Recommendations:

Compatibility: Solid tools are suitable for specific PICCO-N and PICCO ACE-N type holders only.
Sharp Corners: All inserts come with sharp corners, which may affect the machining process and finish.

Spare Parts:

Spare parts such as spacers and screws are listed for various tool holders, ensuring maintenance and replacement options are available.

Key Data from Tables:

Metric and Inch Measurements: The document provides both metric and inch measurements for each tool, ensuring compatibility with different machining systems.
Minimum and Maximum Diameters: Specific minimum and maximum diameters are noted for axial grooving and overhang, critical for ensuring proper tool fit and function.

Critical Information:

Tool Holder Suitability: Holders are suitable for both right- and left-hand inserts, and some are specifically designed for small diameter boring bars.
Detailed Cutting Data: For comprehensive cutting data, users are directed to additional pages (162-164), indicating the document is part of a larger technical manual.

Overview: The document provides detailed specifications and descriptions of various tool kits and components used for internal face grooving and turning applications. It includes information on toolholders, inserts, and face grooving blades, both in metric and inch measurements.

1. Tool Kits:

MINCUT Kit: Contains one toolholder and a set of six different inserts designed for internal face grooving and turning applications. The kit includes specific catalog numbers and designations for each component.

2. Face Grooving Blades:

HELIFACE Blades: Specifications for right-hand and left-hand blades are provided, including dimensions such as minimum and maximum penetration diameters, cutting width, and overall length.
Reinforced Face Grooving Blades: Detailed measurements and designations for reinforced blades, highlighting their use with specific toolholders and inserts.

3. Integral Holders:

For Face Grooving and Turning: Includes specifications for both metric and inch measurements, detailing dimensions like cutting width, overall length, and penetration diameters.
For External Facing: Provides detailed specifications for integral toolholders used in external facing applications, with emphasis on dimensions and compatible inserts.

4. Spare Parts and Accessories:

Optional spare parts are listed, with instructions to order separately if needed.

5. Usage Guidelines:

References to user guides and additional pages for further information on inserts and holders are provided, ensuring proper usage and compatibility.

6. Limitations and Recommendations:

Specific limitations on groove widening and tool compatibility are noted, with charts provided to illustrate these constraints.

Overview: This document provides detailed specifications and guidelines for various adapters and toolholders used in face machining and grooving operations. It includes both metric and inch measurements, along with specific instructions for the use of inserts and holders.

Specifications: The document lists multiple adapters and toolholders with their respective dimensions such as minimum and maximum penetration diameters, cutting widths, overhangs, and other critical measurements. These are provided in both metric and inch units for different models like HFPAD, HFFR/L, and HFHR/L.

Procedures and Usage: The document specifies that certain inserts like DGN & GRIP can only be used with right-hand adapters, while HGPL inserts are compatible with left-hand adapters. It also mentions that after the initial groove, there is no limitation to widening the groove outward or toward the center.

Recommendations: Users are advised to refer to pages 161-173 for a comprehensive user guide. The document also provides page references for detailed information on inserts and holders.

Key Data from Tables: The tables provide a comprehensive list of designations, dimensions, and specifications for each adapter and toolholder. Key parameters include minimum and maximum penetration diameters, cutting widths, and overhangs, which are crucial for selecting the appropriate tool for specific machining tasks.

Critical Information: The document emphasizes the importance of using the correct insert with the corresponding adapter to ensure optimal performance and safety. It also highlights the flexibility in machining operations post-initial grooving, allowing for adjustments based on specific requirements.

Specifications and Components:
The document provides detailed specifications for various toolholders and adapters used in face grooving and turning applications. It includes measurements in both metric and inch units, specifying parameters such as cutting width, penetration diameter, and overhang.

Toolholders and Adapters:
1. Perpendicular Toolholders for Shallow Face Grooving: These are designed for use with specific inserts and are compatible with right-hand and left-hand tools.
2. Boring Bars for Adapters: These bars are used for deep internal boring and grooving, equipped with internal coolant systems for enhanced performance.
3. Adapters for Internal Face Grooving and Turning: These adapters can be used with both right-hand and left-hand tools, ensuring strong and accurate clamping.

Coolant System:
The document describes the coolant system, including connectors and seals, which are essential for maintaining tool performance and longevity.

Usage Guidelines:
1. Inserts are specified for use with either right-hand or left-hand tools, with detailed guidelines on their application.
2. There are no limitations on widening grooves outward or toward the center after the initial groove is made.
3. User guides are referenced for detailed instructions on pages 161-173.

Tables and Data:
The document includes tables listing various toolholders and adapters with their respective dimensions and specifications. Key data points include minimum and maximum cutting widths, penetration diameters, and overhangs.

Recommendations and Best Practices:
1. Ensure the correct use of inserts with the appropriate tool orientation.
2. Follow the user guide for detailed operational instructions.
3. Utilize the internal coolant system to enhance tool performance and lifespan.

Conclusion:
This technical document serves as a comprehensive guide for selecting and using toolholders and adapters in face grooving and turning applications, emphasizing the importance of correct tool and insert pairing, as well as the benefits of using internal coolant systems.

Specifications:
The document provides detailed specifications for various machining tools and inserts, focusing on cutting widths, depths, and compatible inserts. Minimum and maximum cutting widths are specified for different tools, with references to specific pages for detailed insert information.

Procedures:
Instructions are provided for using boring bars and cartridges for internal face machining, grooving, and turning. The document outlines the assembly dimensions and adjustments required for optimal tool performance.

Standards and Recommendations:
Recommendations for assembly screws (ISO 7380) and adjustments for length (L) and feed (F) are included. The document also provides machining data, including cutting width and corner radius tolerances, and recommended machining speeds.

Key Parameters:
Parameters such as minimum and maximum cutting widths, depth of groove, and insert compatibility are highlighted. The document specifies the use of right-hand tools for certain inserts and provides detailed dimensions for both metric and inch systems.

Tables and Data:
The document includes tables with dimensions and recommended machining data for various inserts, such as HFPR/L and GRIP series. These tables provide critical information on cutting width tolerances, corner radius tolerances, and recommended feed rates for different machining operations.

Limitations and Best Practices:
Limitations on initial groove diameters based on insert geometry are noted, along with best practices for face recessing and grooving. The document emphasizes the importance of adhering to specified tolerances and using recommended tools for optimal performance.

Overview: This document provides detailed machining data for various double-sided inserts used in parting and grooving applications, particularly for hard and tough materials. It includes specifications, machining parameters, and recommendations for different insert types and their applications.

Specifications: The document lists several insert designations such as DGN 4003C, DGN 4803C, DGN 5003C, etc., with their respective dimensions and tolerances. Key parameters include cutting width (CW), corner radius (RE), cutting width tolerance (CWTOL), corner radius tolerance (RETOL), and cutting depth maximum (CDX).

Machining Parameters: The document provides feed values for different grades, with specific recommendations for reducing feed values by 50% for grade IC20. It also specifies the use of coolant holes in certain inserts with a recommended minimum coolant pressure of 145 PSI.

Recommendations: For cutting speed recommendations and user guides, the document refers to additional pages (161-173). It also provides guidance on tool selection for various applications, with references to specific tool pages.

Insert Types and Applications: The document categorizes inserts into different types based on their applications, such as DGN/DGNC/DGNM-C for hard materials, DGN-MF for medium feeds, DGN-W for interrupted cuts, and DGN/DGNM-J/JS/JT for soft materials and thin-walled parts.

Tool Holders: The document includes specifications for tool holders like GHFG-R/L-8 and GHFGR/L-8, detailing their dimensions and suitable applications for face grooving and turning along shafts.

Additional Information: The document provides tables with detailed dimensions for various insert and holder configurations, emphasizing the importance of selecting the right tool for specific machining tasks.

Overview: This document provides detailed specifications and machining data for various types of inserts and blades used in face machining, grooving, and turning applications. It includes both metric and inch measurements, along with recommendations for cutting speeds and tolerances.

Specifications:

Inserts: The document lists several types of inserts such as GIFG, GIF, GIA, GDMA, and GDMY, each with specific dimensions, tolerances, and recommended machining data. These inserts are designed for different applications including deep face grooving, turning, and profiling.
Blades: CGFG blades are detailed for face machining, carrying 8 mm or .315" inserts. Specifications include minimum and maximum penetration diameters, overall length, and other critical dimensions.

Machining Data:

Each insert and blade type includes recommended machining data such as feed rates for turning and grooving, cutting width and corner radius tolerances, and maximum cutting depths.
Specific recommendations for tough and hard materials are provided, indicating the versatility of the tools for different machining conditions.

Recommendations:

For cutting speed recommendations and user guides, refer to pages 161-173.
Minimum internal machining diameters (DMIN) are specified for various inserts, ensuring proper application in internal machining tasks.

Additional Information:

References to additional tools and holders are provided, with page numbers for further details.
The document includes both metric and inch measurements, catering to a global audience.

Overview: This document provides technical specifications and machining data for various utility inserts designed for grooving and profiling ductile materials. The inserts are categorized based on their designations, dimensions, and recommended machining parameters.

Specifications:

GDMN Inserts: Double-ended inserts for grooving and turning. Available in metric and inch dimensions. Recommended for ductile materials with specific cutting width and corner radius tolerances.
GDMU Inserts: Designed for heavy grooving. Available in both metric and inch dimensions with specified tolerances and recommended feed rates.
GDMF Inserts: Double-ended inserts for grooving and turning with a broader range of machining data, suitable for tougher materials.
GIMF Inserts: Single-ended inserts for grooving and turning, available in various sizes with detailed machining data.
GIMY Inserts: Single-ended inserts for grooving and profiling, capable of cutting arcs up to 250°.
GIPA/GIDA Inserts: Precision double-ended inserts with polished top rake for machining aluminum, featuring full radius designs.
GIPY Inserts: Single-ended full radius sharp-edged precision inserts for profiling high-temperature alloys.

Machining Data:

Each insert type includes detailed machining data such as cutting width tolerance, corner radius tolerance, and recommended feed rates for turning and grooving.
Specific minimum internal machining diameters (DMIN) are provided for each insert type.
Cutting speed recommendations and user guides are referenced for further details.

Tools and References:

Tools compatible with each insert type are listed with page references for further details.
Additional machining guidelines and speed recommendations are available on specified pages.

Overview: This document provides technical specifications and guidelines for PENTA 34F-R/L pentagonal inserts and associated tooling for face grooving, parting, and recessing operations. It includes detailed dimensions, recommended machining data, and spare parts information.

Specifications: The document lists various PENTA 34F-R/L inserts with dimensions in both metric and inch units. Key parameters include corner radius tolerance, minimum axial grooving diameter, and cutting width specifications. The inserts are designed for face grooving and recessing along shafts with specific depth and diameter requirements.

Tool Holders: Several tool holder designs are detailed, including PCHR/L, PCHPR/L, and PCHPRS/LS, each carrying inserts with five cutting edges. The document specifies dimensions such as height, width, and overall length for each holder type, along with the compatible insert models.

Machining Recommendations: Recommended machining data is provided for each insert, including feed rates for face-grooving operations. Cutting speed recommendations are referenced to additional pages for detailed guidance.

Coolant Supply Options: The document outlines three coolant supply options for the tools: directly to the blade, through the tool block, or directly to the integral shank tool. Each option includes specific connector and tube specifications.

Spare Parts: A comprehensive list of spare parts is included, detailing designations and compatible tool models. This section ensures users can maintain and replace components as needed.

Conclusion: The document serves as a comprehensive guide for selecting and using PENTA 34F-R/L inserts and associated tooling, providing essential specifications, machining recommendations, and maintenance information.

Overview: This document provides technical specifications and guidelines for various tool holders and adapters used in machining processes, specifically focusing on grooving, turning, and facing operations. It includes details on dimensions, compatibility, and spare parts for different models.

Specifications:

Axial Grooving: Minimum and maximum diameters are specified for different models, with cutting depth and coolant pressure also detailed.
Tool Holders: Various models such as C5 GHAPR/L-8 and C6 GHAPR/L-8 are described with their dimensions and features, including the presence of a hole for a data chip.
HSK Standards: The document outlines compliance with ICTM standards (ISO 12164-3) for HSK tool holders, detailing dimensions and tolerances.

Procedures:

Usage Guidelines: References to user guides and accessory pages are provided for detailed operational instructions.
Cooling Requirements: A cooling tube is necessary for all coolant-through HSK spindles, which must be ordered separately.

Spare Parts: Lists of spare parts for various models are included, specifying part numbers and descriptions for easy identification and ordering.

Recommendations:

Tool Compatibility: Specific inserts are recommended for right-hand and left-hand tools, with guidelines on groove widening.
Adapter Dimensions: Users are advised to refer to specific adapter dimensions for accurate tool setup.

Tables and Data: The document contains tables listing dimensions and specifications for different tool holders and adapters, both in metric and inch units, providing a comprehensive reference for users.

Material Specifications:
Copper alloys, brass, and electrolytic copper are detailed with specific properties such as hardness and tensile strength. Non-metallic materials like duroplastics and hard rubber are also mentioned. High-temperature alloys, including Fe-based, Ni or Co-based, and titanium alloys, are categorized by their annealed, cured, or cast states, with corresponding mechanical properties.

Coating Grades and Applications:
The document outlines various PVD and CVD coated grades, such as IC354, IC806, IC807, IC808, IC830, IC908, IC5010, IC8250, IC418, IC428, and IC9015. Each grade is described with its substrate toughness, coating type, and recommended applications, including machining of steels, stainless steels, high-temperature alloys, and cast iron.

Tooling and Machining Guidelines:
Guidelines for clamping inserts, screw clamping torque, and tool selection for face grooving and turning are provided. The document emphasizes the importance of correct tool positioning and adjustment for optimal machining performance.

Machining Sequences and Optimization:
Recommended sequences for roughing and finishing operations using multifunction tools like HELI-FACE are detailed. The advantages of using multifunction tools to reduce machining time and tool changes are highlighted.

Insert and Adapter Usage:
Recommendations for using various inserts and adapters for grooving and turning operations are provided, including feed ranges and depth of cut adjustments.

Special Tools and Customization:
Information on semi-standard face grooving and undercutting tools is included, with instructions for specifying dimensions and material details for custom orders.

Grade Selection for Facing Applications:
Guidance on selecting appropriate grades for different material groups, including steel, stainless steel, cast iron, non-ferrous materials, high-temperature alloys, and hard steel, is provided.

Overview: This document is a catalog from ISCAR Ltd., detailing various face grooving tools and related products. It includes product specifications, contact information for global offices, and quality certifications.

Product Specifications: The catalog lists multiple face grooving tools such as TA 34F-R/L, PENTA 34F-RS/LS, and various PICCO models. Each product is identified by a unique code and is designed for specific grooving applications, including face grooving and groove along shaft.

Quality Standards: ISCAR is certified by the Standards Institution of Israel, complying with ISO 9001:2015 for quality management, ISO 45001:2018 for occupational health and safety, ISO 50001 for energy management, ISO 14001:2015 for environmental management, and AS 9100 for aerospace quality management.

Global Presence: The catalog provides contact details for ISCAR offices worldwide, including countries like the USA, Canada, Germany, China, and many others, ensuring global customer support and service.

Recommendations: Users are advised to check ISCAR’s online catalog for the most current technical information and product updates. The catalog emphasizes the importance of using certified products for optimal performance and safety.

Catalog excerpts

ISCAR FACE GROOVINGLINES Metric and Inch Catalog

Open the catalog to page 1

FACE GROOVE-TURN

Open the catalog to page 3

FACE GROOVE-TURN Find The NEOLOGIQ NEOLOGIQAL AL Tool For Your Application! • The virtual tool advisor features advanced AI and ‘Big Data’ analytics • Supports complicated machining tasks and challenges • Offers a wide range of functions and recommendations to operate machining centers • Features online service 24/7 in more than 30 languages • Functions according to ISO 13399 Learn More... Download ISCAR WORLD App ISCAR Play Store

Open the catalog to page 4

Face Grooving DAXN 6–40 mm Face Grooving DAXN 24–80 mm FACE GROOVE-TURN

Open the catalog to page 5

FACE GROOVE-TURN Small Diameter Face Machining Systems B A Tool: HGHR/L see page 39 Insert: GRIP… / HGPL… CW = 3-6.35 mm CDX = 6 mm DAXN = 12 mm Integral shank toolholder with double-ended inserts. Used for face grooving and face turning of small parts for 12 mm minimum groove diameter. Tool: HGAER/L… (adapter) see page 52 Tool: HFAER/L… (adapter) see page 53 Insert: HFPR/L… CW = 3-6 mm CDX = 32 mm DAXN = 12 mm Exchangeable external adapters. Used with HELIFACE and GRIP inserts for deep face machining. Tool: PCHPR/L see page 127 Insert: PENTA 34F... CW = 2.39-4 mm CDX = 5 mm DAXN = 22 mm Pentagonal...

Open the catalog to page 6

Tool: PICCO R015 see pages 21-22 CW = 2.5-3 mm CDX = 30 mm DAXN = 8 mm Small solid carbide bars for machining deep face grooves of up to 30 and 8 mm minimum diameter. FACE GROOVE-TURN Tool: MIFHR ... see page 31 Insert: MIFR … CW = 1.5-3.5 mm CDX = 5.5 mm DAXN = 8 mm MINCUT-A family of internal face grooving and face turning tools for machining small diameters ranging from 8-60 mm. Strong and stable tangential pocket with internal coolant. Tool: MGCH 09C see page 29 Insert: GFQR… CW = 1-2.5 mm CDX = 3 mm DAXN = 12 mm A screw-clamped insert on an internal coolant solid carbide bar. Used for machining...

Open the catalog to page 7

FACE GROOVE-TURN Medium Diameter Face Machining Systems B A Tool: HFHR/L… see pages 40-46 Insert: HFPR/L… CW = 3-6 mm CDX = 32 mm DAXN = 25 mm Integral shank toolholders carrying HELIFACE and GRIP inserts. For deep face grooving and side face turning. Tool: HFPAD… (adapter) see pages 48-50 Insert: HFPR/L… CW = 3-6 mm CDX = 20 mm DAXN = 25 mm Slanted, screw-clamped adapter carrying HELIFACE and GRIP inserts. A part of the MODULAR-GRIP system. Very rigid, for tough face operations. Tool: TNFFH see page 109 Insert: TNF 3-6C… CW = 3-6 mm CDX = 35 mm DAXN = 30 mm Adapter and blade toolholders carrying...

Open the catalog to page 8

Tool: PCHPRS/LS see page 130 Insert: PENTA 34F-RS/LS… Tool: HFHR/L..-M see page 54 Insert: HFPR/L… Pentagonal insert for face grooving and recessing next to shoulders up to 5 mm depth of cut at a minimum of 22 mm diameter. Integral toolholders carrying HELIFACE and GRIP inserts. For machining up to 5.3 mm depth of cut. 3-6 mm wide inserts can be mounted in the same pocket. FACE GROOVE-TURN Tool: HFAIR/L…& HGAIR/L (adapter) see pages 57, 60 Insert: HFPR/L… CW = 3-6 mm CDX = 12 mm DAXN = 32 mm Exchangeable, internal coolant adapters carrying HELIFACE and GRIP inserts. Recommended for deep internal...

Open the catalog to page 9

FACE GROOVE-TURN Large Diameter Face Machining Systems Tool: CGFG 51-..R/L-P8 see page 88 Insert: GIMY 8… Blades carrying 8 mm single-ended CUT-GRIP inserts. Can machine up to 120 mm depth next to a shaft. Used for large diameters. Tool: GHFG ..R/L-8 see page 83 Insert: GDMY 8.. Integral toolholders carrying 8 mm CUT-GRIP inserts. For heavy machining of medium and large parts. Can machine next to a shaft of up to 25 mm depth. Tool: GAFG ..R/L-8 (adapter) see page 87 Insert: GDMM 8CC Exchangeable adapters carrying 8 mm CUT-GRIP inserts. Can machine up to 25 mm depth next to a shaft. For heavy...

Open the catalog to page 10

FACE GROOVE-TURN

Open the catalog to page 11

PICCO-010/610-N (Face Grooving) Inserts with Internal Coolant Channel for Face Grooving C Recommended Machining Data Designation PICCO R 010.1006-10N PICCO R 010.1506-10N PICCO R 010.1008-10N PICCO R 010.1008-20N PICCO R 010.1008-30N PICCO R 610.1008-10N PICCO R/L 010.1508-20N PICCO R 010.1508-10N PICCO R 010.1508-30N PICCO R 610.1508-10N PICCO R 610.1508-20N PICCO R/L 010.2008-30N PICCO R 010.2008-10N PICCO R 010.2008-20N PICCO R 610.2008-10N PICCO R 610.2008-20N PICCO R 010.2508-10N PICCO R 010.2508-20N PICCO R 610.2508-10N PICCO R 010.3008-10N PICCO R 010.3008-20N PICCO R 010.3008-30N PICCO...

Open the catalog to page 12

H Recommended Machining Data Designation PICCO R 010.1006-10N PICCO R 010.1506-10N PICCO R 010.1008-10N PICCO R 010.1008-20N PICCO R 010.1008-30N PICCO R 610.1008-10N PICCO R/L 010.1508-20N PICCO R 010.1508-10N PICCO R 010.1508-30N PICCO R 610.1508-10N PICCO R 610.1508-20N PICCO R/L 010.2008-30N PICCO R 010.2008-10N PICCO R 010.2008-20N PICCO R 610.2008-10N PICCO R 610.2008-20N PICCO R 010.2508-10N PICCO R 010.2508-20N PICCO R 610.2508-10N PICCO R 010.3008-10N PICCO R 010.3008-20N PICCO R 010.3008-30N PICCO R 610.3008-10N PICCO R 610.3008-20N FACE GROOVE-TURN PICCO-010/610-N (Face Grooving) Inserts...

Open the catalog to page 13

C Recommended Machining Data Designation PICCO R 010.1006-10 PICCO R 010.1506-10 PICCO R 010.1008-10 PICCO R 010.1008-20 PICCO R 010.1008-30 PICCO R 610.1008-10 PICCO R 610.1008-20 PICCO R/L 010.1508-20 PICCO R/L 010.1508-30 PICCO R 010.1508-10 PICCO R 610.1508-10 PICCO R 610.1508-20 PICCO R/L 010.2008-30 PICCO R 010.2008-10 PICCO R 010.2008-20 PICCO R 610.2008-10 PICCO R 610.2008-20 PICCO R 010.2508-10 PICCO R 010.2508-20 PICCO R 010.2508-30 PICCO R 610.2508-10 PICCO R 610.2508-20 PICCO R 010.3008-10 PICCO R 010.3008-20 PICCO R 010.3008-30 PICCO R 610.3008-10 PICCO R 610.3008-20 • Only right-hand...

Open the catalog to page 14

Right-hand shown H Recommended Machining Data Designation PICCO R 010.1006-10 PICCO R 010.1506-10 PICCO R 010.1008-10 PICCO R 010.1008-20 PICCO R 010.1008-30 PICCO R 610.1008-10 PICCO R 610.1008-20 PICCO R/L 010.1508-20 PICCO R/L 010.1508-30 PICCO R 010.1508-10 PICCO R 610.1508-10 PICCO R 610.1508-20 PICCO R/L 010.2008-30 PICCO R 010.2008-10 PICCO R 010.2008-20 PICCO R 610.2008-10 PICCO R 610.2008-20 PICCO R 010.2508-10 PICCO R 010.2508-20 PICCO R 010.2508-30 PICCO R 610.2508-10 PICCO R 610.2508-20 PICCO R 010.3008-10 PICCO R 010.3008-20 PICCO R 010.3008-30 PICCO R 610.3008-10 PICCO R 610.3008-20...

Open the catalog to page 15

FACE GROOVING LINES

FACE GROOVING LINES

Catalog excerpts

All Iscar Metals catalogs and technical brochures