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A tool is named by the direction from which the chip leaves the tool; so a right-hand tool has its cutting edge on the left and the chip peels off to the right.
| Name | Description | SKU | Price | hf:att:pa_options | |
|---|---|---|---|---|---|
| 1/4" HSS Tool Blank - Single tool blank | 3005 | $3.38 | |||
| 1/4" HSS Tool Blank - Pack of 5 blanks | 3005B | $10.92 | |||
| Right Hand Carbide Tool | About 1/4″ Brazed Tip Carbide Tools Carbide tools have a small piece of tough carbide brazed to the tip of a softer steel shank. These tools are recommended for cutting hard or abrasive materials. Carbide tools can retain their hardness at temperatures up to approximately 1700°. This permits a higher cutting speed and faster feed rates. They are typically harder to sharpen than their HSS counterparts. A silicon carbide or diamond grinding wheel must be used. The shape of carbide tools is also more critical than the shape of high-speed steel cutters, but their cutting ability on tough or abrasive materials makes them very popular. If you are cutting a material that quickly dulls your HSS cutters, you will find carbide tools might be just what you need. NOTE: A tool is named by the direction from which the chip leaves the tool; so a left-hand tool has its cutting edge on the right and the chip peels off to the left. | 11920 | $7.80 | ||
| Left Hand Carbide Tool | About 1/4″ Brazed Tip Carbide Tools Carbide tools have a small piece of tough carbide brazed to the tip of a softer steel shank. These tools are recommended for cutting hard or abrasive materials. Carbide tools can retain their hardness at temperatures up to approximately 1700°. This permits a higher cutting speed and faster feed rates. They are typically harder to sharpen than their HSS counterparts. A silicon carbide or diamond grinding wheel must be used. The shape of carbide tools is also more critical than the shape of high-speed steel cutters, but their cutting ability on tough or abrasive materials makes them very popular. If you are cutting a material that quickly dulls your HSS cutters, you will find carbide tools might be just what you need. NOTE: A tool is named by the direction from which the chip leaves the tool; so a left-hand tool has its cutting edge on the right and the chip peels off to the left. | 11930 | $7.80 | ||
| Carbide Tool, 60 Degrees | About 1/4″ Brazed Tip Carbide Tools Carbide tools have a small piece of tough carbide brazed to the tip of a softer steel shank. These tools are recommended for cutting hard or abrasive materials. Carbide tools can retain their hardness at temperatures up to approximately 1700°. This permits a higher cutting speed and faster feed rates. They are typically harder to sharpen than their HSS counterparts. A silicon carbide or diamond grinding wheel must be used. The shape of carbide tools is also more critical than the shape of high-speed steel cutters, but their cutting ability on tough or abrasive materials makes them very popular. If you are cutting a material that quickly dulls your HSS cutters, you will find carbide tools might be just what you need. | 11940 | $7.80 | ||
| Carbide Radius Cutting Tool | 60°, 1/64″ nose radius | 11941 | $7.80 | ||
| Right-Hand High Speed Steel Cutting Tool | Lathe tools, or tool bits as they are sometimes called, are the cutting tools that are used for turning and facing work on the lathe. The most popular lathe tools are those made of high-speed tool steel (HSS). They can be used for machining most materials including wood, plastic, aluminum, brass, and steel, the tool blanks are relatively inexpensive. These tools will retain their hardness at temperatures up to 1000° F. (588° C.). For this reason, the depth of cut, cutting speed, and feed rates are important. The big advantage of high-speed steel tools is the ease with which they can be sharpened. A standard aluminum oxide grinding wheel can be used. Once shaped and sharpened, they will retain their cutting edge for a long time. NOTE: A tool is named by the direction from which the chip leaves the tool; so a right-hand tool has its cutting edge on the left and the chip peels off to the right. | 11950 | $7.80 | ||
| Left-Hand High Speed Steel Cutting Tool | Lathe tools, or tool bits as they are sometimes called, are the cutting tools that are used for turning and facing work on the lathe. The most popular lathe tools are those made of high-speed tool steel (HSS). They can be used for machining most materials including wood, plastic, aluminum, brass, and steel, the tool blanks are relatively inexpensive. These tools will retain their hardness at temperatures up to 1000° F. (588° C.). For this reason, the depth of cut, cutting speed, and feed rates are important. The big advantage of high-speed steel tools is the ease with which they can be sharpened. A standard aluminum oxide grinding wheel can be used. Once shaped and sharpened, they will retain their cutting edge for a long time. NOTE: A tool is named by the direction from which the chip leaves the tool; so a right-hand tool has its cutting edge on the left and the chip peels off to the right. | 11960 | $7.80 | ||
| High Speed Steel Boring Tool | Lathe tools, or tool bits as they are sometimes called, are the cutting tools that are used for turning and facing work on the lathe. The most popular lathe tools are those made of high-speed tool steel (HSS). They can be used for machining most materials including wood, plastic, aluminum, brass and steel, the tool blanks are relatively inexpensive. These tools will retain their hardness at temperatures up to 1000° F. (588° C.). For this reason, depth of cut, cutting speed and feed rates are important. The big advantage of high-speed steel tools is the ease with which they can be sharpened. A standard aluminum oxide grinding wheel can be used. Once shaped and sharpened, they will retain their cutting edge for a long time. | 11970 | $16.38 | ||
| Right-Hand Internal Threading Tool | 1200 | $26.26 | |||
| Left-Hand Internal Threading Tool | 12001 | $31.72 |