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    39 Products

    Bench Grinder Cutoff Wheels for Carbide, Ceramic, and Glass

    Image of Product. Front orientation. Cutoff Wheels. Bench Grinder Cutoff Wheels for Carbide, Ceramic, and Glass.
    Image of Specification. Side View. Side1 orientation. Straight Grinding Wheel. Bench Grinder Cutoff Wheels for Carbide, Ceramic, and Glass.

    Side

    View

    These steel wheels have a diamond grit edge, so they last longer than standard bench-grinder cutoff wheels when cutting hard, nonferrous materials such as carbide, ceramic, and glass.
    Grinding
    Wheel
    Material
    Thk.
    Arbor Hole
    Size
    Max. Rotation
    Speed, rpm
    Designation
    Shape
    Abrasive
    Body
    For Use On
    Grit
    Each
    4" Diameter
    0.035"1 1/4"15,275Type 1StraightDiamondSteelCarbide, Ceramic, Glass1004142A110000000
     
    6" Diameter
    0.035"1 1/4"10,175Type 1StraightDiamondSteelCarbide, Ceramic, Glass1004571A91000000
     
    7" Diameter
    0.04"1 1/4"8,725Type 1StraightDiamondSteelCarbide, Ceramic, Glass1004142A12000000
     
    8" Diameter
    0.04"1 1/4"7,625Type 1StraightDiamondSteelCarbide, Ceramic, Glass1004142A13000000
     
    10" Diameter
    0.05"1 1/4"6,100Type 1StraightDiamondSteelCarbide, Ceramic, Glass1004142A14000000
     

    Multipurpose Portable Cutoff Saw Wheels

    Image of Product. Side1 orientation. Cutoff Saw Wheels. Multipurpose Portable Cutoff Saw Wheels .
    Image of Specification. Side View. Side1 orientation.

    Side

    View

    Make burr-free cuts in a variety of materials—from rubber to metal to stone. Made from a blend of silicon carbide and aluminum oxide abrasives, these cutoff wheels won’t clog or burn when slicing through nonmetals. They’re often used to cut hard or thick pipe, sheets, and bars to size.
    Warning: Use wheels that have a greater rpm rating than the no-load rpm of your tool.
    Grinding
    Wheel
    Material
    Thk.
    Arbor Hole
    Size, mm
    Arbor Hole
    Shape
    Max. Rotation
    Speed, rpm
    Designation
    Shape
    Abrasive
    Reinforcement
    For Use On
    Grit
    Each
    12" Diameter
    0.125"20Round6,400Type 1StraightAluminum Oxide/Silicon Carbide BlendFiberglass MeshAluminum, Brass, Carbide, Concrete, Copper, Hastelloy Nickel, Inconel Nickel, Masonry, PVC, Rubber, Stainless Steel, Steel, Stone307200N11000000
     
    14" Diameter
    0.125"20Round5,500Type 1StraightAluminum Oxide/Silicon Carbide BlendFiberglass MeshAluminum, Brass, Carbide, Concrete, Copper, Hastelloy Nickel, Inconel Nickel, Masonry, PVC, Rubber, Stainless Steel, Steel, Stone307200N1200000
     

    Heavy Duty Deburring Blades

    Longer than standard blades, these are designed for more frequent use. Insert them into a heavy duty changeable-blade deburring scraper.
    For Deburring Straight Edges and Front Hole Edges
    Image of Product. Blade. Side1 orientation. Deburring Blades. Heavy Duty Deburring Blades, For Deburring Straight Edges and Front Hole Edges.
    Image of Specification. Straight Edge. Front orientation. For Deburring Straight Edges. Heavy Duty Deburring Blades.
    Image of Specification. Front Hole Edge. Front orientation. For Deburring Front Hole Edges. Heavy Duty Deburring Blades.

    Blade

    Straight

    Edge

    Front Hole

    Edge

    Diamond-Coated Steel Blade—Diamond-coated steel blades are the toughest blades we offer—they're hard enough to deburr carbide and sharp enough to work on hard nonmetals, such as glass.
    Overall
    Blade
    Each
    For Use On
    Deburring Blade
    Mfr. No.
    Lg.
    Wd.
    Shank
    Dia.
    Material
    Style
    1-9
    10-Up
    Right-Hand Cutting Direction
    Carbide, GlassE100D, S10D1.96"7/16"0.125"Diamond-Coated SteelRotating4289A67000000000000
     

    Deburring Blades

    Image of Product. Style A. Front orientation. Deburring Blades. Deburring Blades, For Deburring Straight Edges and Front Hole Edges, Style A.
    Image of Specification. Straight Edge. Front orientation. For Deburring Straight Edges. Deburring Blades.
    Image of Specification. Front Hole Edge. Front orientation. For Deburring Front Hole Edges. Deburring Blades.

    Style A

    Straight

    Edge

    Front Hole

    Edge

    Choose from a range of blade shapes to scrape burs from flat surfaces to tube edges. Insert blades with a 0.1" dia. shank into a changeable-blade deburring scraper. For blades without a shank, they require a blade holder (sold separately); they are only for use with adjustable-length deburring scrapers, which secure the blade holder.
    For Deburring Straight Edges and Front Hole Edges
    Image of Product. Style A. Front orientation. Deburring Blades. Deburring Blades, For Deburring Straight Edges and Front Hole Edges, Style A.
    Image of Specification. Straight Edge. Front orientation. For Deburring Straight Edges. Deburring Blades.
    Image of Specification. Front Hole Edge. Front orientation. For Deburring Front Hole Edges. Deburring Blades.

    Style A

    Straight

    Edge

    Front Hole

    Edge

    Diamond-Coated Steel Blade—Diamond-coated steel blades are the toughest blades we offer. They are hard enough to deburr carbide and sharp enough to deburr hard nonmetals, such as glass.
    Overall
    Blade
    Each
    Style
    For Use On
    Deburring
    Blade Mfr. No.
    Lg.
    Wd.
    Shank
    Dia.
    Material
    Style
    1-9
    10-Up
    Right-Hand Cutting Direction
    ACarbide, GlassB10D, N1D0.98"0.38"0.1"Diamond-Coated SteelRotating4289A46000000000000
     

    Polycrystalline Diamond Lathe Tool Inserts for Non-Metals

    Made for cutting fiberglass, carbide, and ceramic, these inserts have a PCD (polycrystalline diamond) edge that’s extremely hard and resistant to heat and wear. You can also use them on nonferrous metals like aluminum, brass, or bronze. They’re designed for continuous cutting conditions, which means the insert stays in constant contact with the workpiece. Use these inserts at the end of your turning process to finish workpieces—they remove minimal material and leave a smooth surface finish. They come factory sealed from the manufacturer for maximum traceability. Install them into a matching holder.
    Inserts with a larger tip radius remove more material with each pass but cut less precisely than smaller inserts. Select the insert with the largest tip radius that still turns your workpiece to the desired shape.
    Inserts with a shorter cutting edge are best for precision cuts and low-volume applications; a longer edge can handle deep cuts and heavy machining.
    CCMT (Diamond with 80° Nose Angle)—For ACLC and SCLC Holders
    Image of Product. Front orientation. Lathe Tool Inserts. Polycrystalline Diamond Lathe Tool Inserts for Non-Metals, CCMT Insert.
    Image of Attribute. Front orientation. Contains Annotated. CCMT Insert.
    Positive Rake Angle—Positive-rake inserts stick out in front of the holder to reach tight spaces on the workpiece. However, they only have cutting edges on one side.
    Insert Code
    Finish
    IC
    Dia.
    Thk.
    Hole
    Dia.
    Cutting
    Edge Lg.
    Tip
    Radius
    Rake Angle
    Type
    For Cutting
    Operation
    Each
    For Use On Aluminum, Brass, Bronze, Carbide, Copper, Fiberglass, and Plastic
     
    For Continuous Cutting Conditions
    CCMT-21.50.5
    		Uncoated1/4"3/32"0.11"0.09"0.008"PositiveFinishing8276N34000000
    CCMT-21.51
    		Uncoated1/4"3/32"0.11"0.09"1/64"PositiveFinishing8276N3500000
    CCMT-32.50.2Uncoated3/8"5/32"0.173"0.11"0.004"PositiveFinishing8276N3600000
    CCMT-32.50.5
    		Uncoated3/8"5/32"0.173"0.11"0.008"PositiveFinishing8276N3700000
    CCMT-32.51
    		Uncoated3/8"5/32"0.173"0.11"1/64"PositiveFinishing8276N3800000
    CCMT-32.52
    		Uncoated3/8"5/32"0.173"0.11"1/32"PositiveFinishing8276N3900000
     
    CNMM (Diamond with 80° Nose Angle)—For DCLN, MCLN, and PCLN Holders
    Image of Product. Front orientation. Lathe Tool Inserts. Polycrystalline Diamond Lathe Tool Inserts for Non-Metals, CNMM Insert.
    Image of Attribute. Front orientation. Contains Annotated. CNMM Insert.
    Negative Rake Angle—Negative-rake inserts are the first choice for most turning applications. With strong cutting edges on two faces, they last longer than comparable positive-rake inserts. When all the edges on one face are worn, flip the insert over.
    Insert
    Code
    Finish
    IC
    Dia.
    Thk.
    Hole
    Dia.
    Cutting
    Edge Lg.
    Tip
    Radius
    Rake Angle
    Type
    For Cutting
    Operation
    Each
    For Use On Aluminum, Brass, Bronze, Carbide, Copper, Fiberglass, and Plastic
     
    For Continuous Cutting Conditions
    CNMM-430.5
    		Uncoated1/2"3/16"0.203"0.11"0.008"NegativeFinishing8276N11000000
    CNMM-430.5
    		Uncoated1/2"3/16"0.203"0.23"0.008"NegativeFinishing8276N26000000
    CNMM-431
    		Uncoated1/2"3/16"0.203"0.11"1/64"NegativeFinishing8276N1200000
    CNMM-431
    		Uncoated1/2"3/16"0.203"0.23"1/64"NegativeFinishing8276N27000000
    CNMM-432
    		Uncoated1/2"3/16"0.203"0.11"1/32"NegativeFinishing8276N1300000
    CNMM-432
    		Uncoated1/2"3/16"0.203"0.22"1/32"NegativeFinishing8276N28000000
    CNMM-433
    		Uncoated1/2"3/16"0.203"0.22"3/64"NegativeFinishing8276N29000000
     
    DNMM (Diamond with 55° Nose Angle)—For DDJN, MDJN, PDHN, and PDJN Holders
    Image of Product. Front orientation. Lathe Tool Inserts. Polycrystalline Diamond Lathe Tool Inserts for Non-Metals, DNMM Insert.
    Image of Attribute. Front orientation. Contains Annotated. DNMM Insert.
    Negative Rake Angle—Negative-rake inserts are the first choice for most turning applications. With strong cutting edges on two faces, they last longer than comparable positive-rake inserts. When all the edges on one face are worn, flip the insert over.
    Insert
    Code
    Finish
    IC
    Dia.
    Thk.
    Hole
    Dia.
    Cutting
    Edge Lg.
    Tip
    Radius
    Rake Angle
    Type
    For Cutting
    Operation
    Each
    For Use On Aluminum, Brass, Bronze, Carbide, Copper, Fiberglass, and Plastic
     
    For Continuous Cutting Conditions
    DNMG-432
    		Uncoated1/2"3/16"0.203"0.21"1/32"NegativeFinishing8276N330000000
    DNMM-430.5
    		Uncoated1/2"3/16"0.203"0.11"0.008"NegativeFinishing8276N1400000
    DNMM-430.5
    		Uncoated1/2"3/16"0.203"0.23"0.008"NegativeFinishing8276N31000000
    DNMM-431
    		Uncoated1/2"3/16"0.203"0.1"1/64"NegativeFinishing8276N1500000
    DNMM-431
    		Uncoated1/2"3/16"0.203"0.23"1/64"NegativeFinishing8276N32000000
    DNMM-432
    		Uncoated1/2"3/16"0.203"0.09"1/32"NegativeFinishing8276N1600000
     
    TNMM (Triangle with 60° Nose Angle)—For DTGN, MTGN, PTFN, and PTGN Holders
    Image of Product. Front orientation. Lathe Tool Inserts. Polycrystalline Diamond Lathe Tool Inserts for Non-Metals, TNMM Insert.
    Image of Attribute. Front orientation. Contains Annotated. TNMM Insert.
    Negative Rake Angle—Negative-rake inserts are the first choice for most turning applications. With strong cutting edges on two faces, they last longer than comparable positive-rake inserts. When all the edges on one face are worn, flip the insert over.
    Insert
    Code
    Finish
    IC
    Dia.
    Thk.
    Hole
    Dia.
    Cutting
    Edge Lg.
    Tip
    Radius
    Rake Angle
    Type
    For Cutting
    Operation
    Each
    For Use On Aluminum, Brass, Bronze, Carbide, Copper, Fiberglass, and Plastic
     
    For Continuous Cutting Conditions
    TNMM-330.5
    		Uncoated3/8"3/16"0.15"0.11"0.008"NegativeFinishing8276N17000000
    TNMM-331
    		Uncoated3/8"3/16"0.15"0.1"1/64"NegativeFinishing8276N1800000
    TNMM-332
    		Uncoated3/8"3/16"0.15"0.09"1/32"NegativeFinishing8276N1900000
     
    TPG (Triangle with 60° Nose Angle)—For CTFP, CTGP, CTTP, and CTUP Holders
    Image of Product. Front orientation. Lathe Tool Inserts. Polycrystalline Diamond Lathe Tool Inserts for Non-Metals, TPG Insert.
    Image of Attribute. Front orientation. Contains Annotated. TPG Insert.
    Positive Rake Angle—Positive-rake inserts stick out in front of the holder to reach tight spaces on the workpiece. However, they only have cutting edges on one side.
    Insert
    Code
    Finish
    IC
    Dia.
    Thk.
    Cutting
    Edge Lg.
    Tip
    Radius
    Rake Angle
    Type
    For Cutting
    Operation
    Each
    For Use On Aluminum, Brass, Bronze, Carbide, Copper, Fiberglass, and Plastic
     
    For Continuous Cutting Conditions
    TPG-220.5Uncoated1/4"1/8"0.1"0.008"PositiveFinishing8276N41000000
    TPG-221
    		Uncoated1/4"1/8"0.1"1/64"PositiveFinishing8276N4200000
    TPG-321
    		Uncoated3/8"1/8"0.09"1/64"PositiveFinishing8276N4300000
     
    VNMM (Diamond with 35° Nose Angle)—For DVJN, DVLN, DVPN, DVVN, MVJN, MVLN, MVVN, PVLN, PVPN, and PVVN Holders
    Image of Product. Front orientation. Lathe Tool Inserts. Polycrystalline Diamond Lathe Tool Inserts for Non-Metals, VNMM Insert.
    Image of Attribute. Front orientation. Contains Annotated. VNMM Insert.
    Negative Rake Angle—Negative-rake inserts are the first choice for most turning applications. With strong cutting edges on two faces, they last longer than comparable positive-rake inserts. When all the edges on one face are worn, flip the insert over.
    Insert
    Code
    Finish
    IC
    Dia.
    Thk.
    Hole
    Dia.
    Cutting
    Edge Lg.
    Tip
    Radius
    Rake Angle
    Type
    For Cutting
    Operation
    Each
    For Use On Aluminum, Brass, Bronze, Carbide, Copper, Fiberglass, and Plastic
     
    For Continuous Cutting Conditions
    VNMM-330.5Uncoated3/8"3/16"0.15"0.11"0.008"NegativeFinishing8276N21000000
    VNMM-331Uncoated3/8"3/16"0.15"0.1"1/64"NegativeFinishing8276N2200000
    VNMM-332Uncoated3/8"3/16"0.15"0.06"1/32"NegativeFinishing8276N2300000
     
    WNMM (Trigon with 80° Nose Angle)—For DWLN, MWLN, PWLN, and WWLN Holders
    Image of Product. Front orientation. Lathe Tool Inserts. Polycrystalline Diamond Lathe Tool Inserts for Non-Metals, WNMM Insert.
    Image of Attribute. Front orientation. Contains Annotated. WNMM Insert.
    Negative Rake Angle—Negative-rake inserts are the first choice for most turning applications. With strong cutting edges on two faces, they last longer than comparable positive-rake inserts. When all the edges on one face are worn, flip the insert over.
    Insert
    Code
    Finish
    IC
    Dia.
    Thk.
    Hole
    Dia.
    Cutting
    Edge Lg.
    Tip
    Radius
    Rake Angle
    Type
    For Cutting
    Operation
    Each
    For Use On Aluminum, Brass, Bronze, Carbide, Copper, Fiberglass, and Plastic
     
    For Continuous Cutting Conditions
    WNMM-430.5
    		Uncoated1/2"3/16"0.203"0.11"0.008"NegativeFinishing8276N24000000
    WNMM-431
    		Uncoated1/2"3/16"0.203"0.11"1/64"NegativeFinishing8276N2500000
     
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