Sumitomo Electric Carbide, Inc.
Mount Prospect, IL 60056
Coated PcBN Insert machines hardened steels.
Premium grade BNC150 combines heat-resistant, fine-grain PcBN with wear-resistant, TiCN ceramic coating to extend tool life and ensure consistent surface finishes. All corners are brazed individually to strengthen cutting edge. Available in negative, positive, and wiper styles, BNC150 is suited for continuous high-speed machining, as well as light interrupted cutting.
Read More »Wiper Insert suits general-purpose finishing applications.
Series EGUW features optimized chip breaker design for chip control. Best chip control is achieved with low-carbon alloy steel applications, including shafts and gears. Tough cutting edge supports high-feed machining, while wide, flat face maintains stability.
Read More »Wiper Inserts promote long tool life.
Series ELUW Wiper Inserts, designed for high-end finishing, utilize 3-step projections for chip control. Best chip control is achieved in low-carbon alloy steel applications, including shafts and gears. Inserts feaure sharp cutting edge and wave edge, which contributes to stable chip control during copy turning.
Read More »Polyerystalline Diamond Insert suits non-ferrous applications.
Model NF-DA2200 wear resistant, combination diamond non-ferrous cutting tool grade offers transverse rupture strength equal to C7 cemented carbide. Suited for wet/dry rough and finish machining of aluminum work pieces, insert uses ultra-fine diamond grains for elimination of burrs. Cutting edge offers chipping resistance in milling applications.
Read More »Coated Cermet suits high-speed steel finishing.
Model T2000Z with ZX coating technology features high hardness, oxidation resistance, smooth coating surface, high strength, and peeling resistance. Coating and subsrate reduce tool wear and breakage, and provide smooth surface finish. T2000Z is available in both negative and positive rake geometries.
Read More »Insert has diamond-like carbon coating.
Grade DL1000, with blue-luster diamond-like carbon (DLC) coating, maintains corrosive resistance and low friction coefficient of .05-.2 and promotes good chip control. Aluminum-alloy adhesion on edge is suppressed to decrease cutting resistance. Generation of build-up edge is suppressed, maintaining sharpness of edge. Insert suits dry machining of aluminum alloys and non-ferrous applications.
Read More »Solid CBN Insert suits hard turning applications.
SumiBoronÃ-® BNS800 grade insert offers multiple corners and high CBN content. Available with multiple geometries, insert provides high fracture toughness, heavy depth of cut capabilities, and high thermal conductivity. Applications include cylinder bores, brake and disc rotors, and hard turning. Materials suitable for machining are gray cast iron, colmonoy, hard facing alloys,...
Read More »Coating suits dry machining of aluminum alloys.
Diamond-Like Carbon Coating (DLC) features corrosion resistance and low wear rate. Inserts coated with DLC have low friction coefficient of Ã-µ=0.05-0.2, even without lubricants. Aluminum alloy adhesion on edge can be suppressed even in dry machining, thereby decreasing cutting resistance. Chips are removed well, preventing cutting material from being scratched and deterioration of machined...
Read More »End Mill produces wear-resistant surface finishes.
Model WBMF Wave Ballnose end mill offers indexable, high positive rake face that produces smooth cutting action. Available in 10, 12, 16, 20, 25, and 30 mm diameters, it uses combination of carbide substrate and ZX coating technology. R-Accuracy is rated to Ã-
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