AlCrN finish left-hand spiral-flute carbide chucking reamers push chips into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. Left-hand spiral-flute reamers are used for reaming through holes, and they typically leave a finer finish on the hole than right-hand spiral-flute reamers and straight-flute reamers. The reamers' AlCrN finish provides good wear protection and heat resistance during dry, high-speed machining applications. The AlCrN finish is harder and more difficult to crack than a TiAlN finish. It also provides more resistance to oxidation and performs better in applications with high feeds than a TiAlN finish. These carbide reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool.
+ Add to CartAlCrN finish left-hand spiral-flute carbide chucking reamers push chips into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. Left-hand spiral-flute reamers are used for reaming through holes, and they typically leave a finer finish on the hole than right-hand spiral-flute reamers and straight-flute reamers. The reamers' AlCrN finish provides good wear protection and heat resistance during dry, high-speed machining applications. The AlCrN finish is harder and more difficult to crack than a TiAlN finish. It also provides more resistance to oxidation and performs better in applications with high feeds than a TiAlN finish. These carbide reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool.
+ Add to CartAlCrN finish left-hand spiral-flute carbide chucking reamers push chips into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. Left-hand spiral-flute reamers are used for reaming through holes, and they typically leave a finer finish on the hole than right-hand spiral-flute reamers and straight-flute reamers. The reamers' AlCrN finish provides good wear protection and heat resistance during dry, high-speed machining applications. The AlCrN finish is harder and more difficult to crack than a TiAlN finish. It also provides more resistance to oxidation and performs better in applications with high feeds than a TiAlN finish. These carbide reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool.
+ Add to CartAlCrN finish left-hand spiral-flute carbide chucking reamers push chips into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. Left-hand spiral-flute reamers are used for reaming through holes, and they typically leave a finer finish on the hole than right-hand spiral-flute reamers and straight-flute reamers. The reamers' AlCrN finish provides good wear protection and heat resistance during dry, high-speed machining applications. The AlCrN finish is harder and more difficult to crack than a TiAlN finish. It also provides more resistance to oxidation and performs better in applications with high feeds than a TiAlN finish. These carbide reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool.
+ Add to CartAlCrN finish left-hand spiral-flute carbide chucking reamers push chips into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. Left-hand spiral-flute reamers are used for reaming through holes, and they typically leave a finer finish on the hole than right-hand spiral-flute reamers and straight-flute reamers. The reamers' AlCrN finish provides good wear protection and heat resistance during dry, high-speed machining applications. The AlCrN finish is harder and more difficult to crack than a TiAlN finish. It also provides more resistance to oxidation and performs better in applications with high feeds than a TiAlN finish. These carbide reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool.
+ Add to CartAlCrN finish left-hand spiral-flute carbide chucking reamers push chips into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. Left-hand spiral-flute reamers are used for reaming through holes, and they typically leave a finer finish on the hole than right-hand spiral-flute reamers and straight-flute reamers. The reamers' AlCrN finish provides good wear protection and heat resistance during dry, high-speed machining applications. The AlCrN finish is harder and more difficult to crack than a TiAlN finish. It also provides more resistance to oxidation and performs better in applications with high feeds than a TiAlN finish. These carbide reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool.
+ Add to CartAlCrN finish left-hand spiral-flute carbide chucking reamers push chips into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. Left-hand spiral-flute reamers are used for reaming through holes, and they typically leave a finer finish on the hole than right-hand spiral-flute reamers and straight-flute reamers. The reamers' AlCrN finish provides good wear protection and heat resistance during dry, high-speed machining applications. The AlCrN finish is harder and more difficult to crack than a TiAlN finish. It also provides more resistance to oxidation and performs better in applications with high feeds than a TiAlN finish. These carbide reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool.
+ Add to CartAlCrN finish left-hand spiral-flute carbide chucking reamers push chips into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. Left-hand spiral-flute reamers are used for reaming through holes, and they typically leave a finer finish on the hole than right-hand spiral-flute reamers and straight-flute reamers. The reamers' AlCrN finish provides good wear protection and heat resistance during dry, high-speed machining applications. The AlCrN finish is harder and more difficult to crack than a TiAlN finish. It also provides more resistance to oxidation and performs better in applications with high feeds than a TiAlN finish. These carbide reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool.
+ Add to CartAlCrN finish left-hand spiral-flute carbide chucking reamers push chips into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. Left-hand spiral-flute reamers are used for reaming through holes, and they typically leave a finer finish on the hole than right-hand spiral-flute reamers and straight-flute reamers. The reamers' AlCrN finish provides good wear protection and heat resistance during dry, high-speed machining applications. The AlCrN finish is harder and more difficult to crack than a TiAlN finish. It also provides more resistance to oxidation and performs better in applications with high feeds than a TiAlN finish. These carbide reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool.
+ Add to CartAlCrN finish left-hand spiral-flute carbide chucking reamers push chips into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. Left-hand spiral-flute reamers are used for reaming through holes, and they typically leave a finer finish on the hole than right-hand spiral-flute reamers and straight-flute reamers. The reamers' AlCrN finish provides good wear protection and heat resistance during dry, high-speed machining applications. The AlCrN finish is harder and more difficult to crack than a TiAlN finish. It also provides more resistance to oxidation and performs better in applications with high feeds than a TiAlN finish. These carbide reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool.
+ Add to CartAlCrN finish left-hand spiral-flute carbide chucking reamers push chips into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. Left-hand spiral-flute reamers are used for reaming through holes, and they typically leave a finer finish on the hole than right-hand spiral-flute reamers and straight-flute reamers. The reamers' AlCrN finish provides good wear protection and heat resistance during dry, high-speed machining applications. The AlCrN finish is harder and more difficult to crack than a TiAlN finish. It also provides more resistance to oxidation and performs better in applications with high feeds than a TiAlN finish. These carbide reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool.
+ Add to CartAlCrN finish left-hand spiral-flute carbide chucking reamers push chips into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. Left-hand spiral-flute reamers are used for reaming through holes, and they typically leave a finer finish on the hole than right-hand spiral-flute reamers and straight-flute reamers. The reamers' AlCrN finish provides good wear protection and heat resistance during dry, high-speed machining applications. The AlCrN finish is harder and more difficult to crack than a TiAlN finish. It also provides more resistance to oxidation and performs better in applications with high feeds than a TiAlN finish. These carbide reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool.
+ Add to CartAlCrN finish left-hand spiral-flute carbide chucking reamers push chips into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. Left-hand spiral-flute reamers are used for reaming through holes, and they typically leave a finer finish on the hole than right-hand spiral-flute reamers and straight-flute reamers. The reamers' AlCrN finish provides good wear protection and heat resistance during dry, high-speed machining applications. The AlCrN finish is harder and more difficult to crack than a TiAlN finish. It also provides more resistance to oxidation and performs better in applications with high feeds than a TiAlN finish. These carbide reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool.
+ Add to CartThese carbide chucking reamers come in standard sizes expressed in fractional inches. Fractional inch is the most common trade size used for chucking reamers. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from carbide steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool.
+ Add to CartThese carbide chucking reamers come in standard sizes expressed in fractional inches. Fractional inch is the most common trade size used for chucking reamers. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from carbide steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool.
+ Add to CartThese carbide chucking reamers come in standard sizes expressed in fractional inches. Fractional inch is the most common trade size used for chucking reamers. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from carbide steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool.
+ Add to CartThese carbide chucking reamers come in standard sizes expressed in fractional inches. Fractional inch is the most common trade size used for chucking reamers. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from carbide steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool.
+ Add to CartThese carbide chucking reamers come in standard sizes expressed in fractional inches. Fractional inch is the most common trade size used for chucking reamers. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from carbide steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool.
+ Add to CartThese carbide chucking reamers come in standard sizes expressed in fractional inches. Fractional inch is the most common trade size used for chucking reamers. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from carbide steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool.
+ Add to CartThese carbide chucking reamers come in standard sizes expressed in fractional inches. Fractional inch is the most common trade size used for chucking reamers. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from carbide steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool.
+ Add to CartThese carbide chucking reamers come in standard sizes expressed in fractional inches. Fractional inch is the most common trade size used for chucking reamers. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from carbide steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool.
+ Add to CartThese carbide chucking reamers come in standard sizes expressed in fractional inches. Fractional inch is the most common trade size used for chucking reamers. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from carbide steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool.
+ Add to CartThese carbide chucking reamers come in standard sizes expressed in fractional inches. Fractional inch is the most common trade size used for chucking reamers. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from carbide steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool.
+ Add to CartMetric carbide chucking reamers come in standard sizes expressed in millimeters. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from carbide steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool.
+ Add to CartMetric carbide chucking reamers come in standard sizes expressed in millimeters. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from carbide steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool.
+ Add to CartMetric carbide chucking reamers come in standard sizes expressed in millimeters. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from carbide steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool.
+ Add to CartMetric carbide chucking reamers come in standard sizes expressed in millimeters. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from carbide steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool.
+ Add to CartMetric carbide chucking reamers come in standard sizes expressed in millimeters. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from carbide steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool.
+ Add to CartMetric carbide chucking reamers come in standard sizes expressed in millimeters. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from carbide steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool.
+ Add to CartMetric carbide chucking reamers come in standard sizes expressed in millimeters. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from carbide steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool.
+ Add to Cart
