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Products - (25001 Products)

Scientific Cutting Tools - 0.06" Min Bore Diam, 1/8" Max Bore Depth, 1/8 Shank Diam, Radial Relief Boring Bar - Right Hand Cut, Solid Carbide, Uncoated - Exact Tooling

Scientific Cutting Tools - 0.06" Min Bore Diam, 1/8" Max Bore Depth, 1/8 Shank Diam, Radial Relief Boring Bar - Right Hand Cut, Solid Carbide, Uncoated


Item #: 01462415
Brand: Scientific Cutting Tools
Model #: BB61
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.
Radial relief bars are used for removing material behind of the main cutting edge of the workpiece.
Uncoated tools do not feature supportive treatments on the cutting edge. They are are used at reduced speeds in general applications on non-ferrous metals.
Product Specifications
Minimum Bore Diameter (Decimal Inch) 0.0600
Maximum Bore Depth (Decimal Inch) 0.1250
Maximum Bore Depth (Inch) 1/8
Material Solid Carbide
Material Grade Submicron
Boring Bar Type Radial Relief
Shank Diameter (Inch) 1/8
Overall Length (Inch) 1-1/2
Cutting Direction Right Hand
Finish/Coating Uncoated

$ 22.72
Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Left Hand Cut, Solid Carbide, AlTiN+ Finish - Exact Tooling

Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Left Hand Cut, Solid Carbide, AlTiN+ Finish


Item #: 44074334
Brand: Scientific Cutting Tools
Model #: LHHB60A
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.
Helical boring bars are used for cutting uniform and long edges.
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
Minimum Bore Diameter (Decimal Inch) 0.0600
Maximum Bore Depth (Decimal Inch) 0.3750
Maximum Bore Depth (Inch) 3/8
Material Solid Carbide
Material Grade Submicron
Boring Bar Type Helical
Shank Diameter (Inch) 1/8
Overall Length (Inch) 1-1/2
Cutting Direction Left Hand
Finish/Coating AlTiN+

$ 37.34
Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Left Hand Cut, Solid Carbide, TiN Finish - Exact Tooling

Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Left Hand Cut, Solid Carbide, TiN Finish


Item #: 44066025
Brand: Scientific Cutting Tools
Model #: LHHB60C
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.
Helical boring bars are used for cutting uniform and long edges.
Titanium nitride (TiN) is a multi-purpose coating that iincreases chip flow in softer materials. The heat and hardness-resistance allows the tool to run at higher speeds than uncoated tools.
Product Specifications
Minimum Bore Diameter (Decimal Inch) 0.0600
Maximum Bore Depth (Decimal Inch) 0.3750
Maximum Bore Depth (Inch) 3/8
Material Solid Carbide
Material Grade Submicron
Boring Bar Type Helical
Shank Diameter (Inch) 1/8
Overall Length (Inch) 1-1/2
Cutting Direction Left Hand
Finish/Coating TiN

$ 38.36
Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Left Hand Cut, Solid Carbide, Uncoated - Exact Tooling

Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Left Hand Cut, Solid Carbide, Uncoated


Item #: 44074326
Brand: Scientific Cutting Tools
Model #: LHHB60
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.
Helical boring bars are used for cutting uniform and long edges.
Uncoated tools do not feature supportive treatments on the cutting edge. They are are used at reduced speeds in general applications on non-ferrous metals.
Product Specifications
Minimum Bore Diameter (Decimal Inch) 0.0600
Maximum Bore Depth (Decimal Inch) 0.3750
Maximum Bore Depth (Inch) 3/8
Material Solid Carbide
Material Grade Submicron
Boring Bar Type Helical
Shank Diameter (Inch) 1/8
Overall Length (Inch) 1-1/2
Cutting Direction Left Hand
Finish/Coating Uncoated

$ 31.66
Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Right Hand Cut, Solid Carbide, AlTiN+ Finish - Exact Tooling

Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Right Hand Cut, Solid Carbide, AlTiN+ Finish


Item #: 44055564
Brand: Scientific Cutting Tools
Model #: HB060375A
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.
Helical boring bars are used for cutting uniform and long edges.
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
Minimum Bore Diameter (Decimal Inch) 0.0600
Maximum Bore Depth (Decimal Inch) 0.3750
Maximum Bore Depth (Inch) 3/8
Material Solid Carbide
Material Grade Submicron
Boring Bar Type Helical
Shank Diameter (Inch) 1/8
Overall Length (Inch) 1-1/2
Cutting Direction Right Hand
Finish/Coating AlTiN+

$ 25.69
Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Right Hand Cut, Solid Carbide, AlTiN+ Finish - Exact Tooling

Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Right Hand Cut, Solid Carbide, AlTiN+ Finish


Item #: 51085975
Brand: Scientific Cutting Tools
Model #: HB60FA
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.
Helical boring bars are used for cutting uniform and long edges.
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
Minimum Bore Diameter (Decimal Inch) 0.0600
Maximum Bore Depth (Decimal Inch) 0.3750
Maximum Bore Depth (Inch) 3/8
Material Solid Carbide
Material Grade Submicron
Boring Bar Type Helical
Shank Diameter (Inch) 1/8
Overall Length (Inch) 1-1/2
Cutting Direction Right Hand
Finish/Coating AlTiN+

$ 33.10
Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Right Hand Cut, Solid Carbide, TiN Finish - Exact Tooling

Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Right Hand Cut, Solid Carbide, TiN Finish


Item #: 95968004
Brand: Scientific Cutting Tools
Model #: HB60C
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.
Helical boring bars are used for cutting uniform and long edges.
Titanium nitride (TiN) is a multi-purpose coating that iincreases chip flow in softer materials. The heat and hardness-resistance allows the tool to run at higher speeds than uncoated tools.
Product Specifications
Minimum Bore Diameter (Decimal Inch) 0.0600
Maximum Bore Depth (Decimal Inch) 0.3750
Maximum Bore Depth (Inch) 3/8
Material Solid Carbide
Material Grade Submicron
Boring Bar Type Helical
Shank Diameter (Inch) 1/8
Overall Length (Inch) 1-1/2
Cutting Direction Right Hand
Finish/Coating TiN

$ 29.49
Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Right Hand Cut, Solid Carbide, TiN Finish - Exact Tooling

Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Right Hand Cut, Solid Carbide, TiN Finish


Item #: 44054849
Brand: Scientific Cutting Tools
Model #: HB60FC
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.
Helical boring bars are used for cutting uniform and long edges.
Titanium nitride (TiN) is a multi-purpose coating that iincreases chip flow in softer materials. The heat and hardness-resistance allows the tool to run at higher speeds than uncoated tools.
Product Specifications
Minimum Bore Diameter (Decimal Inch) 0.0600
Maximum Bore Depth (Decimal Inch) 0.3750
Maximum Bore Depth (Inch) 3/8
Material Solid Carbide
Material Grade Submicron
Boring Bar Type Helical
Shank Diameter (Inch) 1/8
Overall Length (Inch) 1-1/2
Cutting Direction Right Hand
Finish/Coating TiN

$ 33.98
Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Right Hand Cut, Solid Carbide, TiN Finish - Exact Tooling

Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Right Hand Cut, Solid Carbide, TiN Finish


Item #: 44056356
Brand: Scientific Cutting Tools
Model #: HB060375C
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.
Helical boring bars are used for cutting uniform and long edges.
Titanium nitride (TiN) is a multi-purpose coating that iincreases chip flow in softer materials. The heat and hardness-resistance allows the tool to run at higher speeds than uncoated tools.
Product Specifications
Minimum Bore Diameter (Decimal Inch) 0.0600
Maximum Bore Depth (Decimal Inch) 0.3750
Maximum Bore Depth (Inch) 3/8
Material Solid Carbide
Material Grade Submicron
Boring Bar Type Helical
Shank Diameter (Inch) 1/8
Overall Length (Inch) 1-1/2
Cutting Direction Right Hand
Finish/Coating TiN

$ 26.40
Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Right Hand Cut, Solid Carbide, Uncoated - Exact Tooling

Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Right Hand Cut, Solid Carbide, Uncoated


Item #: 43211952
Brand: Scientific Cutting Tools
Model #: HB60F
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.
Helical boring bars are used for cutting uniform and long edges.
Uncoated tools do not feature supportive treatments on the cutting edge. They are are used at reduced speeds in general applications on non-ferrous metals.
Product Specifications
Minimum Bore Diameter (Decimal Inch) 0.0600
Maximum Bore Depth (Decimal Inch) 0.3750
Maximum Bore Depth (Inch) 3/8
Material Solid Carbide
Material Grade Submicron
Boring Bar Type Helical
Shank Diameter (Inch) 1/8
Overall Length (Inch) 1-1/2
Cutting Direction Right Hand
Finish/Coating Uncoated

$ 28.70
Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Right Hand Cut, Solid Carbide, Uncoated - Exact Tooling

Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Right Hand Cut, Solid Carbide, Uncoated


Item #: 07158041
Brand: Scientific Cutting Tools
Model #: HB60
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.
Helical boring bars are used for cutting uniform and long edges.
Uncoated tools do not feature supportive treatments on the cutting edge. They are are used at reduced speeds in general applications on non-ferrous metals.
Product Specifications
Minimum Bore Diameter (Decimal Inch) 0.0600
Maximum Bore Depth (Decimal Inch) 0.3750
Maximum Bore Depth (Inch) 3/8
Material Solid Carbide
Material Grade Submicron
Boring Bar Type Helical
Shank Diameter (Inch) 1/8
Overall Length (Inch) 1-1/2
Cutting Direction Right Hand
Finish/Coating Uncoated

$ 24.38
Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Right Hand Cut, Solid Carbide, Uncoated - Exact Tooling

Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Helical Boring Bar - Right Hand Cut, Solid Carbide, Uncoated


Item #: 02069581
Brand: Scientific Cutting Tools
Model #: HB060375
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.
Helical boring bars are used for cutting uniform and long edges.
Uncoated tools do not feature supportive treatments on the cutting edge. They are are used at reduced speeds in general applications on non-ferrous metals.
Product Specifications
Minimum Bore Diameter (Decimal Inch) 0.0600
Maximum Bore Depth (Decimal Inch) 0.3750
Maximum Bore Depth (Inch) 3/8
Material Solid Carbide
Material Grade Submicron
Boring Bar Type Helical
Shank Diameter (Inch) 1/8
Overall Length (Inch) 1-1/2
Cutting Direction Right Hand
Finish/Coating Uncoated

$ 21.32
Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Radial Relief Boring Bar - Left Hand Cut, Solid Carbide, AlTiN+ Finish - Exact Tooling

Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Radial Relief Boring Bar - Left Hand Cut, Solid Carbide, AlTiN+ Finish


Item #: 44070191
Brand: Scientific Cutting Tools
Model #: LHBB63A
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.
Radial relief bars are used for removing material behind of the main cutting edge of the workpiece.
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
Minimum Bore Diameter (Decimal Inch) 0.0600
Maximum Bore Depth (Decimal Inch) 0.3750
Maximum Bore Depth (Inch) 3/8
Material Solid Carbide
Material Grade Submicron
Boring Bar Type Radial Relief
Shank Diameter (Inch) 1/8
Overall Length (Inch) 1-1/2
Cutting Direction Left Hand
Finish/Coating AlTiN+

$ 34.99
Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Radial Relief Boring Bar - Left Hand Cut, Solid Carbide, TiN Finish - Exact Tooling

Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Radial Relief Boring Bar - Left Hand Cut, Solid Carbide, TiN Finish


Item #: 44070209
Brand: Scientific Cutting Tools
Model #: LHBB63C
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.
Radial relief bars are used for removing material behind of the main cutting edge of the workpiece.
Titanium nitride (TiN) is a multi-purpose coating that iincreases chip flow in softer materials. The heat and hardness-resistance allows the tool to run at higher speeds than uncoated tools.
Product Specifications
Minimum Bore Diameter (Decimal Inch) 0.0600
Maximum Bore Depth (Decimal Inch) 0.3750
Maximum Bore Depth (Inch) 3/8
Material Solid Carbide
Material Grade Submicron
Boring Bar Type Radial Relief
Shank Diameter (Inch) 1/8
Overall Length (Inch) 1-1/2
Cutting Direction Left Hand
Finish/Coating TiN

$ 35.93
Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Radial Relief Boring Bar - Left Hand Cut, Solid Carbide, Uncoated - Exact Tooling

Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Radial Relief Boring Bar - Left Hand Cut, Solid Carbide, Uncoated


Item #: 44069961
Brand: Scientific Cutting Tools
Model #: LHBB63
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.
Radial relief bars are used for removing material behind of the main cutting edge of the workpiece.
Uncoated tools do not feature supportive treatments on the cutting edge. They are are used at reduced speeds in general applications on non-ferrous metals.
Product Specifications
Minimum Bore Diameter (Decimal Inch) 0.0600
Maximum Bore Depth (Decimal Inch) 0.3750
Maximum Bore Depth (Inch) 3/8
Material Solid Carbide
Material Grade Submicron
Boring Bar Type Radial Relief
Shank Diameter (Inch) 1/8
Overall Length (Inch) 1-1/2
Cutting Direction Left Hand
Finish/Coating Uncoated

$ 29.30
Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Radial Relief Boring Bar - Right Hand Cut, Solid Carbide, AlTiN+ Finish - Exact Tooling

Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Radial Relief Boring Bar - Right Hand Cut, Solid Carbide, AlTiN+ Finish


Item #: 65344616
Brand: Scientific Cutting Tools
Model #: BB63A
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.
Radial relief bars are used for removing material behind of the main cutting edge of the workpiece.
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
Minimum Bore Diameter (Decimal Inch) 0.0600
Maximum Bore Depth (Decimal Inch) 0.3750
Maximum Bore Depth (Inch) 3/8
Material Solid Carbide
Material Grade Submicron
Boring Bar Type Radial Relief
Shank Diameter (Inch) 1/8
Overall Length (Inch) 1-1/2
Cutting Direction Right Hand
Finish/Coating AlTiN+

$ 26.93
Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Radial Relief Boring Bar - Right Hand Cut, Solid Carbide, TiN Finish - Exact Tooling

Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Radial Relief Boring Bar - Right Hand Cut, Solid Carbide, TiN Finish


Item #: 07561723
Brand: Scientific Cutting Tools
Model #: BB63C
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.
Radial relief bars are used for removing material behind of the main cutting edge of the workpiece.
Titanium nitride (TiN) is a multi-purpose coating that iincreases chip flow in softer materials. The heat and hardness-resistance allows the tool to run at higher speeds than uncoated tools.
Product Specifications
Minimum Bore Diameter (Decimal Inch) 0.0600
Maximum Bore Depth (Decimal Inch) 0.3750
Maximum Bore Depth (Inch) 3/8
Material Solid Carbide
Material Grade Submicron
Boring Bar Type Radial Relief
Shank Diameter (Inch) 1/8
Overall Length (Inch) 1-1/2
Cutting Direction Right Hand
Finish/Coating TiN

$ 27.66
Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Radial Relief Boring Bar - Right Hand Cut, Solid Carbide, Uncoated - Exact Tooling

Scientific Cutting Tools - 0.06" Min Bore Diam, 3/8" Max Bore Depth, 1/8 Shank Diam, Radial Relief Boring Bar - Right Hand Cut, Solid Carbide, Uncoated


Item #: 01462431
Brand: Scientific Cutting Tools
Model #: BB63
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.
Radial relief bars are used for removing material behind of the main cutting edge of the workpiece.
Uncoated tools do not feature supportive treatments on the cutting edge. They are are used at reduced speeds in general applications on non-ferrous metals.
Product Specifications
Minimum Bore Diameter (Decimal Inch) 0.0600
Maximum Bore Depth (Decimal Inch) 0.3750
Maximum Bore Depth (Inch) 3/8
Material Solid Carbide
Material Grade Submicron
Boring Bar Type Radial Relief
Shank Diameter (Inch) 1/8
Overall Length (Inch) 1-1/2
Cutting Direction Right Hand
Finish/Coating Uncoated

$ 22.72
Scientific Cutting Tools - 0.062" Groove Width, 0.12" Min Hole Diam, 1/2" Max Hole Depth, Retaining Ring Grooving Tool - 0.04" Projection, 1" Shank Length, 1-1/2" OAL, Solid Carbide, AlTiN+ Finish - Exact Tooling

Scientific Cutting Tools - 0.062" Groove Width, 0.12" Min Hole Diam, 1/2" Max Hole Depth, Retaining Ring Grooving Tool - 0.04" Projection, 1" Shank Length, 1-1/2" OAL, Solid Carbide, AlTiN+ Finish


Item #: 44072817
Brand: Scientific Cutting Tools
Model #: LHGT061-8A
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) 0.1250
Shank Diameter (Inch) 1/8
Groove Width (Decimal Inch) 0.0620
Projection (Decimal Inch) 0.0400
Minimum Hole Diameter (Decimal Inch) 0.1200
Maximum Hole Depth (Decimal Inch) 0.5000
Maximum Hole Depth (Inch) 1/2
Overall Length (Decimal Inch) 1.5000
Overall Length (Inch) 1-1/2
Finish/Coating AlTiN+
Shank Length (Decimal Inch) 1.0000
Material Grade Submicron

$ 43.48
Scientific Cutting Tools - 0.062" Groove Width, 0.12" Min Hole Diam, 1/2" Max Hole Depth, Retaining Ring Grooving Tool - 0.04" Projection, 1" Shank Length, 1-1/2" OAL, Solid Carbide, TiN Finish - Exact Tooling

Scientific Cutting Tools - 0.062" Groove Width, 0.12" Min Hole Diam, 1/2" Max Hole Depth, Retaining Ring Grooving Tool - 0.04" Projection, 1" Shank Length, 1-1/2" OAL, Solid Carbide, TiN Finish


Item #: 44067411
Brand: Scientific Cutting Tools
Model #: LHGT061-8C
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) 0.1250
Shank Diameter (Inch) 1/8
Groove Width (Decimal Inch) 0.0620
Projection (Decimal Inch) 0.0400
Minimum Hole Diameter (Decimal Inch) 0.1200
Maximum Hole Depth (Decimal Inch) 0.5000
Maximum Hole Depth (Inch) 1/2
Overall Length (Decimal Inch) 1.5000
Overall Length (Inch) 1-1/2
Finish/Coating TiN
Shank Length (Decimal Inch) 1.0000
Material Grade Submicron

$ 44.68