These 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.

These carbide chucking reamers come in sizes that fall between standard trade sizes, and their sizes are expressed in decimal inches from 0.2175" to 0.7510". 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 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.

Metric 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.

These carbide chucking reamers come in sizes that fall between standard trade sizes, and their sizes are expressed in decimal inches from 0.0030" to 0.2170". 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 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.

Wire-size carbide chucking reamers come in standard sizes that correspond to American Wire Gauge (AWG) sizes. This ensures a good fit when inserting a wire of the same wire size into the hole created by the reamer. The larger the wire size, the smaller the reamer. 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.

These carbide chucking reamers come in standard letter sizes. The trade letter size for each reamer indicates its compatibility with other tools that have the same trade letter size. 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.

Left-hand spiral-flute carbide chucking reamers push chips into a hole as they enter a workpiece. They are used for reaming through holes, and they typically leave a finer finish on the hole than right-hand spiral-flute chucking reamers and straight-flute chucking reamers. The reamers’ bright finish is unaffected when their cutting edges are resharpened. Reamers are used to enlarge a hole to an exact size for a precise fit when installing fasteners or other parts. These carbide reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool.

Dowel-pin size carbide chucking reamers have a trade size that matches a particular size of dowel pin. Dowel pin reamers are slightly smaller than their compatible dowel pin to ensure a tight fit when the pin is inserted in the hole created by the tool. 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.

Oversized carbide chucking reamers are slightly larger than a standard size. This creates a loose fit when inserting a standard-size item in a hole made by the reamer. 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.

Undersized carbide chucking reamers are slightly smaller than a standard size, which creates a tight fit when inserting a standard-size item in a hole made by the tool. 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.

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.

These carbide chucking reamers have a TiAlN finish that withstands high temperatures and protects the bit from wear during high-speed, dry machining applications with difficult-to-machine ferrous metals. A TiAlN finish can be an economical alternative to an AlCrN finish. Straight-flute chucking 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 carbide reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool.

These carbide chucking reamers have an AlCrN finish that 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 than a TiAlN finish and performs better in applications with high feeds. Straight-flute chucking 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 carbide reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool.

These carbide chucking reamers have a bright finish that is unaffected when the tool's cutting edges are resharpened. The reamers' helical flutes (also called high-spiral flutes) evacuate chips from a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They also help prevent chips from packing in the flutes during reaming tasks. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool.

The TiAlN finish on these carbide chucking reamers withstands high temperatures and protects the reamer from wear during high-speed, dry machining applications with ferrous metals. A TiAlN finish can be an economical alternative to an AlCrN coating. The reamers' helical flutes (also called high-spiral flutes) evacuate chips from a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They also help prevent chips from packing in the flutes during reaming tasks. These carbide reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool.

Left-hand spiral-flute carbide chucking reamers push chips into the hole as they enter a workpiece. They are used for reaming through holes, and they typically leave a finer finish on the hole than right-hand spiral-flute chucking reamers and straight-flute chucking reamers. These carbide reamers have a TiAlN finish that withstands high temperatures and protects the reamers from wear during high-speed, dry machining applications with difficult-to-machine ferrous metals. A TiAlN finish can be an economical alternative to an AlCrN finish. Reamers are used to enlarge a hole to an exact size for a precise fit when installing fasteners or other parts. These reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool.