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American Carbide Tool Carbide-Tipped Tool Bit for Lead Angle Turning, Left Hand, 883 Grade, 0.25" Square Shank, BL 4 Size
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- All products are genuine and original
About American Carbide Tool Carbide-Tipped Tool Bit For
The American Carbide Tool BL-style 883 grade carbide-tipped brazed tool bit has a left-hand cutting direction and a 15-degree side cutting angle for lead angle turning, light planing, boring, milling, and facing on cast iron and nonferrous materials. The BL-style tool shape has a lead angle that distributes the cutting load for interrupted or irregular cuts and gradual entrance to the workpiece, and a left-hand cutting direction for left-to-right feed. The tool has a positive, 6-degree rake angle that provides a sharp edge. The tool has a Carboloy 883 grade uncoated carbide tip, which provides good resistance to wear for machining on cast iron and nonferrous materials. Carbide is harder than high-speed or cobalt steel, making it more wear resistant at high speeds and providing longer tool life. The tip is brazed to a square steel shank that fits square toolholders. Brazed tools, often called single-point brazed carbide-tipped tools, are used for metal shaping on lathes or screw machines. These single-point tools have a cutting edge at one end that is a carbide tip brazed to a steel shaft. They come in multiple geometry styles for cutting different shapes and are identified by a lettering standard that conforms to American National Standards Institute (ANSI) B212.1 specifications. The tool has a side cutting edge and end cutting edge, with the tool shape style defining which cutting edge is principal and auxiliary. Brazed tools are available in three hand options: right, left, and neutral. A right-hand tool has its principal cutting edge on the right side of the tool to feed into the workpiece from right to left, a left-hand tool feeds into the workpiece from left to right, and a neutral-hand tool will cut either left to right or right to left. The side cutting and end cutting edge angles, in combination with the angle at which the tool is positioned in relation to the workpiece (also called the lead angle), influence the tool's cutting s
