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MSC Up To 2022 Part 3 - (153843 Products)

Micro 100 - Grooving Tools; Grooving Tool Type: Retaining Ring ; Material: Solid Carbide ; Shank Diameter (mm): 10.0000 ; Groove Width (mm): 1.19 ; Projection (mm): 2.740 ; Minimum Hole Diameter (mm): 10.00 - Exact Industrial Supply

Micro 100 - Grooving Tools; Grooving Tool Type: Retaining Ring ; Material: Solid Carbide ; Shank Diameter (mm): 10.0000 ; Groove Width (mm): 1.19 ; Projection (mm): 2.740 ; Minimum Hole Diameter (mm): 10.00


Item #: 15288582
Brand: Micro 100
Model #: RRM-120-40G

Product Specifications

Grooving Tools; Grooving Tool Type: Retaining Ring ; Material: Solid Carbide ; Shank Diameter (mm): 10.0000 ; Groove Width (mm): 1.19 ; Projection (mm): 2.740 ; Minimum Hole Diameter (mm): 10.00
Grooving Tool Type Retaining Ring
Material Solid Carbide
Shank Diameter (mm) 10.0000
Groove Width (mm) 1.19
Projection (mm) 2.740
Minimum Hole Diameter (mm) 10.00
Maximum Hole Depth (mm) 40.00
Overall Length (mm) 72.0000
Finish/Coating TiN

$70.65

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Sandvik Coromant - 3.45mm Groove Width, 7.2mm Min Hole Diam, 30.5mm Max Hole Depth, Turning Grooving Tool - 30.5mm Projection, 52.25mm OAL, 0.2mm Radius, Solid Carbide, TiAlN/TiN Finish - Exact Industrial Supply

Sandvik Coromant - 3.45mm Groove Width, 7.2mm Min Hole Diam, 30.5mm Max Hole Depth, Turning Grooving Tool - 30.5mm Projection, 52.25mm OAL, 0.2mm Radius, Solid Carbide, TiAlN/TiN Finish


Item #: 49433220
Brand: Sandvik Coromant
Model #: 6350683
Exact Tooling IR#: 04

Features and Benefits

Turning tool utilizes a single point to cut the exterior or interior of numerous materials.
Solid carbide provides better rigidity than high speed steel. It is extremely heat-resistant and used for high speed applications on cast iron, nonferrous materials, plastics, and other tough-to-machine materials.
TiAlN/TiN is a multilayer coating that combines the high hardness of TiN and the heat resistance of TiAlN. It is commonly used on softer materials in general purpose applications.
Product Specifications
Grooving Tool Type Turning
Material Solid Carbide
Shank Diameter (Decimal Inch) 0.2756
Shank Diameter (mm) 7.00
Groove Width (Decimal Inch) 0.1358
Groove Width (mm) 3.45
Projection (Decimal Inch) 1.2008
Projection (mm) 30.50
Minimum Hole Diameter (Decimal Inch) 0.2835
Minimum Hole Diameter (mm) 7.20
Maximum Hole Depth (Decimal Inch) 1.2008
Maximum Hole Depth (mm) 30.50
Overall Length (Decimal Inch) 2.0571
Overall Length (mm) 52.25
Finish/Coating TiAlN/TiN
Radius (Decimal Inch) 0.0079
Radius (mm) 0.20
Manufacturer Grade 1025

$78.10

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Micro 100 - Boring Bars; Minimum Bore Diameter (Decimal Inch): 0.3400 ; Maximum Bore Depth (Decimal Inch): 1.5000 ; Maximum Bore Depth (Inch): 1-1/2 ; Material: Solid Carbide ; Boring Bar Type: Boring ; Shank Diameter (Decimal Inch): 0.3750 - Exact Industrial Supply

Micro 100 - Boring Bars; Minimum Bore Diameter (Decimal Inch): 0.3400 ; Maximum Bore Depth (Decimal Inch): 1.5000 ; Maximum Bore Depth (Inch): 1-1/2 ; Material: Solid Carbide ; Boring Bar Type: Boring ; Shank Diameter (Decimal Inch): 0.3750


Item #: 15250491
Brand: Micro 100
Model #: HBB-3601500X

Product Specifications

Boring Bars; Minimum Bore Diameter (Decimal Inch): 0.3400 ; Maximum Bore Depth (Decimal Inch): 1.5000 ; Maximum Bore Depth (Inch): 1-1/2 ; Material: Solid Carbide ; Boring Bar Type: Boring ; Shank Diameter (Decimal Inch): 0.3750
Minimum Bore Diameter (Decimal Inch) 0.3400
Maximum Bore Depth (Decimal Inch) 1.5000
Maximum Bore Depth (Inch) 1-1/2
Material Solid Carbide
Boring Bar Type Boring
Shank Diameter (Decimal Inch) 0.3750
Shank Diameter (Inch) 3/8
Overall Length (Decimal Inch) 2.50000
Overall Length (Inch) 2-1/2
Cutting Direction Right Hand
Finish/Coating AlTiN

$69.40

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Iscar - 7mm Min Bore Diam, 1.142" Max Bore Depth, 7mm Shank Diam, Corner Radius Boring Bar - 0.0079" Corner Radius, Right Hand Cut, Solid Carbide, TiCN/TiN Finish - Exact Industrial Supply

Iscar - 7mm Min Bore Diam, 1.142" Max Bore Depth, 7mm Shank Diam, Corner Radius Boring Bar - 0.0079" Corner Radius, Right Hand Cut, Solid Carbide, TiCN/TiN Finish


Item #: 74542895
Brand: Iscar
Model #: 6403667
Exact Tooling IR#: 04

Features and Benefits

Solid carbide is used for high performace applications. It is extremely heat resistant and used on cast iron, nonferrous metals and other tough to machine materials.
Corner radius bars are used for removing materials at the cutting edge of the workpiece.
TiCN/TiN is a multi-layered coating designed to increase tool life. It is commonly used at high cutting speeds for smoothing and finishing of the workpiece.
Product Specifications
Minimum Bore Diameter (Decimal Inch) 0.2756
Minimum Bore Diameter (mm) 7.00
Maximum Bore Depth (Decimal Inch) 1.1420
Material Solid Carbide
Boring Bar Type Corner Radius
Shank Diameter (Decimal Inch) 0.2756
Shank Diameter (mm) 7.0000
Overall Length (Decimal Inch) 1.7720
Overall Length (mm) 45.00
Cutting Direction Right Hand
Finish/Coating TiCN/TiN
Corner Radius (Decimal Inch) 0.0079
Manufacturer Grade IC228

$79.50

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Scientific Cutting Tools - 0.047" Groove Width, 3/8" Min Hole Diam, 1/2" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 2" Shank Length, 2-1/2" OAL, Solid Carbide, AlTiN+ Finish - Exact Industrial Supply

Scientific Cutting Tools - 0.047" Groove Width, 3/8" Min Hole Diam, 1/2" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 2" Shank Length, 2-1/2" OAL, Solid Carbide, AlTiN+ Finish


Item #: 62712021
Brand: Scientific Cutting Tools
Model #: GT046-8A
Exact Tooling IR#: 04

Features and Benefits

Retaining rings are used for cutting internal grooves with straight edges.
Solid carbide provides better rigidity than high speed steel. It is extremely heat-resistant and used for high speed applications on cast iron, nonferrous materials, plastics, and other tough-to-machine materials.
ALTiN+ is a nano structured ALTiN coating with special additives. It has high hardness, protects against high temperatures and has exceptional oxidation stability. It is used on a broad range of materials including high temp alloys and stainless steels.
Product Specifications
Grooving Tool Type Retaining Ring
Material Solid Carbide
Shank Diameter (Decimal Inch) 0.3750
Shank Diameter (Inch) 3/8
Groove Width (Decimal Inch) 0.0470
Projection (Decimal Inch) 0.1100
Minimum Hole Diameter (Decimal Inch) 0.3750
Maximum Hole Depth (Decimal Inch) 0.5000
Maximum Hole Depth (Inch) 1/2
Overall Length (Decimal Inch) 2.5000
Overall Length (Inch) 2-1/2
Finish/Coating AlTiN+
Shank Length (Decimal Inch) 2.0000
Material Grade Submicron

$59.62

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Scientific Cutting Tools - 0.094" Groove Width, 1/2" Min Hole Diam, 1-1/2" Max Hole Depth, Retaining Ring Grooving Tool - 0.16" Projection, 1-1/2" Shank Length, 3" OAL, Solid Carbide, Uncoated - Exact Industrial Supply

Scientific Cutting Tools - 0.094" Groove Width, 1/2" Min Hole Diam, 1-1/2" Max Hole Depth, Retaining Ring Grooving Tool - 0.16" Projection, 1-1/2" Shank Length, 3" OAL, Solid Carbide, Uncoated


Item #: 09537770
Brand: Scientific Cutting Tools
Model #: GT093-24
Exact Tooling IR#: 04

Features and Benefits

Retaining rings are used for cutting internal grooves with straight edges.
Solid carbide provides better rigidity than high speed steel. It is extremely heat-resistant and used for high speed applications on cast iron, nonferrous materials, plastics, and other tough-to-machine materials.
Uncoated tools do not feature supportive treatments on the cutting edge. They are are used at reduced speeds for general applications on nonferrous metals.
Product Specifications
Grooving Tool Type Retaining Ring
Material Solid Carbide
Shank Diameter (Decimal Inch) 0.5000
Shank Diameter (Inch) 1/2
Groove Width (Decimal Inch) 0.0940
Projection (Decimal Inch) 0.1600
Minimum Hole Diameter (Decimal Inch) 0.5000
Maximum Hole Depth (Decimal Inch) 1.5000
Maximum Hole Depth (Inch) 1-1/2
Overall Length (Decimal Inch) 3.0000
Overall Length (Inch) 3
Finish/Coating Uncoated
Shank Length (Decimal Inch) 1.5000
Material Grade Submicron

$73.73

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Scientific Cutting Tools - 0.125" Groove Width, 0.312" Min Hole Diam, 1" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 1-1/2" Shank Length, 2-1/2" OAL, Solid Carbide, AlTiN+ Finish - Exact Industrial Supply

Scientific Cutting Tools - 0.125" Groove Width, 0.312" Min Hole Diam, 1" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 1-1/2" Shank Length, 2-1/2" OAL, Solid Carbide, AlTiN+ Finish


Item #: 44073344
Brand: Scientific Cutting Tools
Model #: LHGT124-16A
Exact Tooling IR#: 04

Features and Benefits

Retaining rings are used for cutting internal grooves with straight edges.
Solid carbide provides better rigidity than high speed steel. It is extremely heat-resistant and used for high speed applications on cast iron, nonferrous materials, plastics, and other tough-to-machine materials.
ALTiN+ is a nano structured ALTiN coating with special additives. It has high hardness, protects against high temperatures and has exceptional oxidation stability. It is used on a broad range of materials including high temp alloys and stainless steels.
Product Specifications
Grooving Tool Type Retaining Ring
Material Solid Carbide
Shank Diameter (Decimal Inch) 0.3125
Shank Diameter (Inch) 5/16
Groove Width (Decimal Inch) 0.1250
Projection (Decimal Inch) 0.1100
Minimum Hole Diameter (Decimal Inch) 0.3120
Maximum Hole Depth (Decimal Inch) 1.0000
Maximum Hole Depth (Inch) 1
Overall Length (Decimal Inch) 2.5000
Overall Length (Inch) 2-1/2
Finish/Coating AlTiN+
Shank Length (Decimal Inch) 1.5000
Material Grade Submicron

$60.36

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Kennametal - 1/8" Min Bore Diam, 3/8" Max Bore Depth, 3.95mm Shank Diam, Boring Bar - Solid Carbide - Exact Industrial Supply

Kennametal - 1/8" Min Bore Diam, 3/8" Max Bore Depth, 3.95mm Shank Diam, Boring Bar - Solid Carbide


Item #: 88359401
Brand: Kennametal
Model #: 1256319
Exact Tooling IR#: 04

Features and Benefits

Solid carbide is used for high performace applications. It is extremely heat resistant and used on cast iron, nonferrous metals and other tough to machine materials.
Product Specifications
Minimum Bore Diameter (Decimal Inch) 0.1250
Minimum Bore Diameter (Inch) 1/8
Maximum Bore Depth (Decimal Inch) 0.3750
Maximum Bore Depth (Inch) 3/8
Material Solid Carbide
Shank Diameter (Decimal Inch) 0.1555
Shank Diameter (mm) 3.9500
Manufacturer Grade KC610

$93.84

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Scientific Cutting Tools - 0.047" Groove Width, 3/8" Min Hole Diam, 1" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 1-1/2" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish - Exact Industrial Supply

Scientific Cutting Tools - 0.047" Groove Width, 3/8" Min Hole Diam, 1" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 1-1/2" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish


Item #: 44051738
Brand: Scientific Cutting Tools
Model #: GT046-16C
Exact Tooling IR#: 04

Features and Benefits

Retaining rings are used for cutting internal grooves with straight edges.
Solid carbide provides better rigidity than high speed steel. It is extremely heat-resistant and used for high speed applications on cast iron, nonferrous materials, plastics, and other tough-to-machine materials.
Titanium nitride (TiN) is a multi-purpose coating which increases chip flow in softer materials. The heat and hardness resistance allows the tool to run at higher speeds than uncoated tools.
Product Specifications
Grooving Tool Type Retaining Ring
Material Solid Carbide
Shank Diameter (Decimal Inch) 0.3750
Shank Diameter (Inch) 3/8
Groove Width (Decimal Inch) 0.0470
Projection (Decimal Inch) 0.1100
Minimum Hole Diameter (Decimal Inch) 0.3750
Maximum Hole Depth (Decimal Inch) 1.0000
Maximum Hole Depth (Inch) 1
Overall Length (Decimal Inch) 2.5000
Overall Length (Inch) 2-1/2
Finish/Coating TiN
Shank Length (Decimal Inch) 1.5000
Material Grade Submicron

$61.23

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Scientific Cutting Tools - 0.07" Groove Width, 3/8" Min Hole Diam, 3/8" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 2-1/8" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish - Exact Industrial Supply

Scientific Cutting Tools - 0.07" Groove Width, 3/8" Min Hole Diam, 3/8" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 2-1/8" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish


Item #: 44044360
Brand: Scientific Cutting Tools
Model #: GT069-6C
Exact Tooling IR#: 04

Features and Benefits

Retaining rings are used for cutting internal grooves with straight edges.
Solid carbide provides better rigidity than high speed steel. It is extremely heat-resistant and used for high speed applications on cast iron, nonferrous materials, plastics, and other tough-to-machine materials.
Titanium nitride (TiN) is a multi-purpose coating which increases chip flow in softer materials. The heat and hardness resistance allows the tool to run at higher speeds than uncoated tools.
Product Specifications
Grooving Tool Type Retaining Ring
Material Solid Carbide
Shank Diameter (Decimal Inch) 0.3750
Shank Diameter (Inch) 3/8
Groove Width (Decimal Inch) 0.0700
Projection (Decimal Inch) 0.1100
Minimum Hole Diameter (Decimal Inch) 0.3750
Maximum Hole Depth (Decimal Inch) 0.3750
Maximum Hole Depth (Inch) 3/8
Overall Length (Decimal Inch) 2.5000
Overall Length (Inch) 2-1/2
Finish/Coating TiN
Shank Length (Decimal Inch) 2.1250
Material Grade Submicron

$61.23

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Scientific Cutting Tools - 0.088" Groove Width, 3/8" Min Hole Diam, 3/4" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 1-3/4" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish - Exact Industrial Supply

Scientific Cutting Tools - 0.088" Groove Width, 3/8" Min Hole Diam, 3/4" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 1-3/4" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish


Item #: 44044345
Brand: Scientific Cutting Tools
Model #: GT087-12C
Exact Tooling IR#: 04

Features and Benefits

Retaining rings are used for cutting internal grooves with straight edges.
Solid carbide provides better rigidity than high speed steel. It is extremely heat-resistant and used for high speed applications on cast iron, nonferrous materials, plastics, and other tough-to-machine materials.
Titanium nitride (TiN) is a multi-purpose coating which increases chip flow in softer materials. The heat and hardness resistance allows the tool to run at higher speeds than uncoated tools.
Product Specifications
Grooving Tool Type Retaining Ring
Material Solid Carbide
Shank Diameter (Decimal Inch) 0.3750
Shank Diameter (Inch) 3/8
Groove Width (Decimal Inch) 0.0880
Projection (Decimal Inch) 0.1100
Minimum Hole Diameter (Decimal Inch) 0.3750
Maximum Hole Depth (Decimal Inch) 0.7500
Maximum Hole Depth (Inch) 3/4
Overall Length (Decimal Inch) 2.5000
Overall Length (Inch) 2-1/2
Finish/Coating TiN
Shank Length (Decimal Inch) 1.7500
Material Grade Submicron

$61.23

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Scientific Cutting Tools - 0.158" Groove Width, 3/8" Min Hole Diam, 1-1/4" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 1-1/4" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish - Exact Industrial Supply

Scientific Cutting Tools - 0.158" Groove Width, 3/8" Min Hole Diam, 1-1/4" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 1-1/4" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish


Item #: 44056109
Brand: Scientific Cutting Tools
Model #: GT157-20C
Exact Tooling IR#: 04

Features and Benefits

Retaining rings are used for cutting internal grooves with straight edges.
Solid carbide provides better rigidity than high speed steel. It is extremely heat-resistant and used for high speed applications on cast iron, nonferrous materials, plastics, and other tough-to-machine materials.
Titanium nitride (TiN) is a multi-purpose coating which increases chip flow in softer materials. The heat and hardness resistance allows the tool to run at higher speeds than uncoated tools.
Product Specifications
Grooving Tool Type Retaining Ring
Material Solid Carbide
Shank Diameter (Decimal Inch) 0.3750
Shank Diameter (Inch) 3/8
Groove Width (Decimal Inch) 0.1580
Projection (Decimal Inch) 0.1100
Minimum Hole Diameter (Decimal Inch) 0.3750
Maximum Hole Depth (Decimal Inch) 1.2500
Maximum Hole Depth (Inch) 1-1/4
Overall Length (Decimal Inch) 2.5000
Overall Length (Inch) 2-1/2
Finish/Coating TiN
Shank Length (Decimal Inch) 1.2500
Material Grade Submicron

$61.23

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Scientific Cutting Tools - 0.07" Groove Width, 3/8" Min Hole Diam, 1/4" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 2-1/4" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish - Exact Industrial Supply

Scientific Cutting Tools - 0.07" Groove Width, 3/8" Min Hole Diam, 1/4" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 2-1/4" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish


Item #: 44044352
Brand: Scientific Cutting Tools
Model #: GT069-4C
Exact Tooling IR#: 04

Features and Benefits

Retaining rings are used for cutting internal grooves with straight edges.
Solid carbide provides better rigidity than high speed steel. It is extremely heat-resistant and used for high speed applications on cast iron, nonferrous materials, plastics, and other tough-to-machine materials.
Titanium nitride (TiN) is a multi-purpose coating which increases chip flow in softer materials. The heat and hardness resistance allows the tool to run at higher speeds than uncoated tools.
Product Specifications
Grooving Tool Type Retaining Ring
Material Solid Carbide
Shank Diameter (Decimal Inch) 0.3750
Shank Diameter (Inch) 3/8
Groove Width (Decimal Inch) 0.0700
Projection (Decimal Inch) 0.1100
Minimum Hole Diameter (Decimal Inch) 0.3750
Maximum Hole Depth (Decimal Inch) 0.2500
Maximum Hole Depth (Inch) 1/4
Overall Length (Decimal Inch) 2.5000
Overall Length (Inch) 2-1/2
Finish/Coating TiN
Shank Length (Decimal Inch) 2.2500
Material Grade Submicron

$61.23

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Scientific Cutting Tools - 0.07" Groove Width, 3/8" Min Hole Diam, 1-1/4" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 1-1/4" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish - Exact Industrial Supply

Scientific Cutting Tools - 0.07" Groove Width, 3/8" Min Hole Diam, 1-1/4" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 1-1/4" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish


Item #: 44051936
Brand: Scientific Cutting Tools
Model #: GT069-20C
Exact Tooling IR#: 04

Features and Benefits

Retaining rings are used for cutting internal grooves with straight edges.
Solid carbide provides better rigidity than high speed steel. It is extremely heat-resistant and used for high speed applications on cast iron, nonferrous materials, plastics, and other tough-to-machine materials.
Titanium nitride (TiN) is a multi-purpose coating which increases chip flow in softer materials. The heat and hardness resistance allows the tool to run at higher speeds than uncoated tools.
Product Specifications
Grooving Tool Type Retaining Ring
Material Solid Carbide
Shank Diameter (Decimal Inch) 0.3750
Shank Diameter (Inch) 3/8
Groove Width (Decimal Inch) 0.0700
Projection (Decimal Inch) 0.1100
Minimum Hole Diameter (Decimal Inch) 0.3750
Maximum Hole Depth (Decimal Inch) 1.2500
Maximum Hole Depth (Inch) 1-1/4
Overall Length (Decimal Inch) 2.5000
Overall Length (Inch) 2-1/2
Finish/Coating TiN
Shank Length (Decimal Inch) 1.2500
Material Grade Submicron

$61.23

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Scientific Cutting Tools - 0.056" Groove Width, 3/8" Min Hole Diam, 1/2" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 2" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish - Exact Industrial Supply

Scientific Cutting Tools - 0.056" Groove Width, 3/8" Min Hole Diam, 1/2" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 2" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish


Item #: 44044519
Brand: Scientific Cutting Tools
Model #: GT055-8C
Exact Tooling IR#: 04

Features and Benefits

Retaining rings are used for cutting internal grooves with straight edges.
Solid carbide provides better rigidity than high speed steel. It is extremely heat-resistant and used for high speed applications on cast iron, nonferrous materials, plastics, and other tough-to-machine materials.
Titanium nitride (TiN) is a multi-purpose coating which increases chip flow in softer materials. The heat and hardness resistance allows the tool to run at higher speeds than uncoated tools.
Product Specifications
Grooving Tool Type Retaining Ring
Material Solid Carbide
Shank Diameter (Decimal Inch) 0.3750
Shank Diameter (Inch) 3/8
Groove Width (Decimal Inch) 0.0560
Projection (Decimal Inch) 0.1100
Minimum Hole Diameter (Decimal Inch) 0.3750
Maximum Hole Depth (Decimal Inch) 0.5000
Maximum Hole Depth (Inch) 1/2
Overall Length (Decimal Inch) 2.5000
Overall Length (Inch) 2-1/2
Finish/Coating TiN
Shank Length (Decimal Inch) 2.0000
Material Grade Submicron

$61.23

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Scientific Cutting Tools - 0.088" Groove Width, 3/8" Min Hole Diam, 1/2" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 2" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish - Exact Industrial Supply

Scientific Cutting Tools - 0.088" Groove Width, 3/8" Min Hole Diam, 1/2" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 2" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish


Item #: 77160547
Brand: Scientific Cutting Tools
Model #: GT087-8C
Exact Tooling IR#: 04

Features and Benefits

Retaining rings are used for cutting internal grooves with straight edges.
Solid carbide provides better rigidity than high speed steel. It is extremely heat-resistant and used for high speed applications on cast iron, nonferrous materials, plastics, and other tough-to-machine materials.
Titanium nitride (TiN) is a multi-purpose coating which increases chip flow in softer materials. The heat and hardness resistance allows the tool to run at higher speeds than uncoated tools.
Product Specifications
Grooving Tool Type Retaining Ring
Material Solid Carbide
Shank Diameter (Decimal Inch) 0.3750
Shank Diameter (Inch) 3/8
Groove Width (Decimal Inch) 0.0880
Projection (Decimal Inch) 0.1100
Minimum Hole Diameter (Decimal Inch) 0.3750
Maximum Hole Depth (Decimal Inch) 0.5000
Maximum Hole Depth (Inch) 1/2
Overall Length (Decimal Inch) 2.5000
Overall Length (Inch) 2-1/2
Finish/Coating TiN
Shank Length (Decimal Inch) 2.0000
Material Grade Submicron

$61.23

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Scientific Cutting Tools - 0.056" Groove Width, 3/8" Min Hole Diam, 1-1/4" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 1-1/4" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish - Exact Industrial Supply

Scientific Cutting Tools - 0.056" Groove Width, 3/8" Min Hole Diam, 1-1/4" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 1-1/4" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish


Item #: 60271970
Brand: Scientific Cutting Tools
Model #: GT055-20C
Exact Tooling IR#: 04

Features and Benefits

Retaining rings are used for cutting internal grooves with straight edges.
Solid carbide provides better rigidity than high speed steel. It is extremely heat-resistant and used for high speed applications on cast iron, nonferrous materials, plastics, and other tough-to-machine materials.
Titanium nitride (TiN) is a multi-purpose coating which increases chip flow in softer materials. The heat and hardness resistance allows the tool to run at higher speeds than uncoated tools.
Product Specifications
Grooving Tool Type Retaining Ring
Material Solid Carbide
Shank Diameter (Decimal Inch) 0.3750
Shank Diameter (Inch) 3/8
Groove Width (Decimal Inch) 0.0560
Projection (Decimal Inch) 0.1100
Minimum Hole Diameter (Decimal Inch) 0.3750
Maximum Hole Depth (Decimal Inch) 1.2500
Maximum Hole Depth (Inch) 1-1/4
Overall Length (Decimal Inch) 2.5000
Overall Length (Inch) 2-1/2
Finish/Coating TiN
Shank Length (Decimal Inch) 1.2500
Material Grade Submicron

$61.23

2% Off All Online Orders
Use Code: 2%OFF

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Scientific Cutting Tools - 0.158" Groove Width, 3/8" Min Hole Diam, 3/4" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 1-3/4" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish - Exact Industrial Supply

Scientific Cutting Tools - 0.158" Groove Width, 3/8" Min Hole Diam, 3/4" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 1-3/4" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish


Item #: 44056083
Brand: Scientific Cutting Tools
Model #: GT157-12C
Exact Tooling IR#: 04

Features and Benefits

Retaining rings are used for cutting internal grooves with straight edges.
Solid carbide provides better rigidity than high speed steel. It is extremely heat-resistant and used for high speed applications on cast iron, nonferrous materials, plastics, and other tough-to-machine materials.
Titanium nitride (TiN) is a multi-purpose coating which increases chip flow in softer materials. The heat and hardness resistance allows the tool to run at higher speeds than uncoated tools.
Product Specifications
Grooving Tool Type Retaining Ring
Material Solid Carbide
Shank Diameter (Decimal Inch) 0.3750
Shank Diameter (Inch) 3/8
Groove Width (Decimal Inch) 0.1580
Projection (Decimal Inch) 0.1100
Minimum Hole Diameter (Decimal Inch) 0.3750
Maximum Hole Depth (Decimal Inch) 0.7500
Maximum Hole Depth (Inch) 3/4
Overall Length (Decimal Inch) 2.5000
Overall Length (Inch) 2-1/2
Finish/Coating TiN
Shank Length (Decimal Inch) 1.7500
Material Grade Submicron

$61.23

2% Off All Online Orders
Use Code: 2%OFF

Best Price Guarantee - Email Us A Better Published Price and We'll Beat It

Scientific Cutting Tools - 0.063" Groove Width, 3/8" Min Hole Diam, 1/2" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 2" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish - Exact Industrial Supply

Scientific Cutting Tools - 0.063" Groove Width, 3/8" Min Hole Diam, 1/2" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 2" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish


Item #: 44051837
Brand: Scientific Cutting Tools
Model #: GT062-8C
Exact Tooling IR#: 04

Features and Benefits

Retaining rings are used for cutting internal grooves with straight edges.
Solid carbide provides better rigidity than high speed steel. It is extremely heat-resistant and used for high speed applications on cast iron, nonferrous materials, plastics, and other tough-to-machine materials.
Titanium nitride (TiN) is a multi-purpose coating which increases chip flow in softer materials. The heat and hardness resistance allows the tool to run at higher speeds than uncoated tools.
Product Specifications
Grooving Tool Type Retaining Ring
Material Solid Carbide
Shank Diameter (Decimal Inch) 0.3750
Shank Diameter (Inch) 3/8
Groove Width (Decimal Inch) 0.0630
Projection (Decimal Inch) 0.1100
Minimum Hole Diameter (Decimal Inch) 0.3750
Maximum Hole Depth (Decimal Inch) 0.5000
Maximum Hole Depth (Inch) 1/2
Overall Length (Decimal Inch) 2.5000
Overall Length (Inch) 2-1/2
Finish/Coating TiN
Shank Length (Decimal Inch) 2.0000
Material Grade Submicron

$61.23

2% Off All Online Orders
Use Code: 2%OFF

Best Price Guarantee - Email Us A Better Published Price and We'll Beat It

Scientific Cutting Tools - 0.127" Groove Width, 3/8" Min Hole Diam, 3/4" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 1-3/4" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish - Exact Industrial Supply

Scientific Cutting Tools - 0.127" Groove Width, 3/8" Min Hole Diam, 3/4" Max Hole Depth, Retaining Ring Grooving Tool - 0.11" Projection, 1-3/4" Shank Length, 2-1/2" OAL, Solid Carbide, TiN Finish


Item #: 44052215
Brand: Scientific Cutting Tools
Model #: GT126-12C
Exact Tooling IR#: 04

Features and Benefits

Retaining rings are used for cutting internal grooves with straight edges.
Solid carbide provides better rigidity than high speed steel. It is extremely heat-resistant and used for high speed applications on cast iron, nonferrous materials, plastics, and other tough-to-machine materials.
Titanium nitride (TiN) is a multi-purpose coating which increases chip flow in softer materials. The heat and hardness resistance allows the tool to run at higher speeds than uncoated tools.
Product Specifications
Grooving Tool Type Retaining Ring
Material Solid Carbide
Shank Diameter (Decimal Inch) 0.3750
Shank Diameter (Inch) 3/8
Groove Width (Decimal Inch) 0.1270
Projection (Decimal Inch) 0.1100
Minimum Hole Diameter (Decimal Inch) 0.3750
Maximum Hole Depth (Decimal Inch) 0.7500
Maximum Hole Depth (Inch) 3/4
Overall Length (Decimal Inch) 2.5000
Overall Length (Inch) 2-1/2
Finish/Coating TiN
Shank Length (Decimal Inch) 1.7500
Material Grade Submicron

$61.23

2% Off All Online Orders
Use Code: 2%OFF

Best Price Guarantee - Email Us A Better Published Price and We'll Beat It