For smooth cuts and trouble-free operation, these cutters have enclosed steel bearings. All have grooved rollers for clearance to cut flared tube ends with little material loss. They have an enclosed adjustment screw to prevent damage from chips and debris.

Rollers have a groove that provides clearance to cut flared tube ends with little material loss.

Enclosed adjustment screw prevents damage from chips and debris.

After cutting, crimp tubing in preparation for making connections. Rollers have a groove for clearance to cut flared tube ends with little material loss. An enclosed adjustment screw prevents damage from chips and debris.

Unlike standard tube cutters, which cut from the outside, these cutters slide into tube ends to cut and vent from inside. They’re often used to punch holes in plugged tubing to prevent pressure buildup, which helps you comply with ASME PCC-2 standards for repairing pressure equipment and piping.

Move the adjustable collar up and down the cutter to set it to the depth you need. Flatten the blade against the cutter body to slide into your tubing, then use a wrench to turn the hex shank at the end of the cutter. Turning the cutter clockwise engages the blade; counter-clockwise retracts it. The steel blade is strong enough to cut through tube walls in one pass, and is durable enough for multiple cuts. A pin and set screw hold the blade in place, so when it becomes dull, it’s easy to replace.

Made of materials that are FM approved, these cutters satisfy OSHA requirements that specify nonsparking tools for locations where flammable vapors and combustible residues are present. They're also nonmagnetic.

Warning: Do not use these tools in direct contact with acetylene.

Turn this cutter 360° around a pipe to make a cut.

Ratchet action moves the cutter 360° around a pipe with only 10° of handle swing.