Made from unhardened aluminum or steel, machine these jaws to fit the contours and curves of your workpiece.

Hardened for wear resistance, these steel jaws are replacements for the ones that come installed on your vise.

The V‐shaped recess holds round material securely for machining.

Quickly move parallels in and out of these jaws to raise your workpiece within the vise. Mount jaws to the vise, slide the mating parallels in place, and rest your workpiece on top.

The vise body and stationary jaw are one piece for high repeatability, even under heavy clamping loads. Ground flat on the base and three sides, these vises ensure accuracy whether mounted on the base, either side, or upright.

Compressed air controlled by a foot pedal allows hands‐free operation. Use these vises in production applications with frequent insertion and removal of workpieces.

The jaws move inward at the same time to consistently position your workpiece in the center of the vise.

The dials on these vises are graduated in smaller increments than standard cross‐slide drill‐press vises for finer adjustment. Use to precisely position work on X and Y axes.

Turn the handle to move the jaw on these basic vises.

Push the handle to slide the jaw into place for quicker setup than standard drill-press vises.

Replace worn flat and V jaws.

These V-shaped liners hold large round material.

Fold the pliable tabs over the jaws to install.

Hold tiny workpieces in these compact vises.

For large workpieces, these vises open three times as wide as standard tilting-head vises. Tilt and lock the head to position work at an angle.

Rotate the head 360° to use three different vise jaws and lock workpieces in position at 45° intervals.

A bright yellow vise body stands out on the shop floor.

For big jobs, these vises have a wider jaw opening, deeper throat depth, and larger footprint than standard vises.

The movable jaw can be repositioned to extend the jaw opening. Pull out the entire sliding section and insert it on the opposite side of the vise.

Hold your smallest workpieces in these vises, which have a clamp-on base for quick installation and removal from a benchtop.

Jaw are serrated or grooved to firmly grip workpieces.

Plastic jaw inserts prevent damage to the workpiece.

Pass wires and rods through the hollow body of these vises.

Each end of the vise has a collet to hold a different tool—turn the collar to close the collets around them.

A rubber-covered body provides a comfortable grip. These vises have a rotating end cap on the handle that allows you to apply constant pressure while turning the body of the vise with your fingertips.

Notches on the jaws hold round material on its outside diameter.

Sets include multiple sizes of matched pairs that are precision ground for tight tolerances on the top and bottom edges.

Adjust these two-piece parallels to your exact height requirements.

Machine these jaws to fit the curves and edges of your unique workpiece for a tighter hold and more stability than standard hardened jaws.

Also known as scroll chucks, these are self centering—all three jaws move in unison, centering the workpiece as they close.

Secure jaws to a CNC lathe chuck with industry standard 1.5 mm × 60° serrations or wider 3 mm × 60° serrations.

No need to break down a collet set up when a workpiece doesn't fit a 5C collet. Install one of these lathe chuck adapters in your 5C collet chuck or holder and its three jaws will securely grasp the workpiece.

Grip pipe and conduit as well as tighten and loosen fittings.

There's no adjustment nut or button on these wrenches—a spring-loaded hinge automatically closes the top jaw around pipe.

The jaws grip most round surfaces, even highly polished objects. Push down on the wrench and pull the handle toward you—the jaws will tighten around the workpiece.

Made of aluminum-bronze that is Factory Mutual approved, these wrenches inhibit sparking and are nonmagnetic and corrosion resistant. They are also known as railroad wrenches.

Grip bearings, gears, and wheels from the outside edge to pull them off a shaft.

These low-capacity pullers are often used to remove corroded battery terminals.

Self-locking jaws hold these pullers in place for quick one-hand operation. Spring tension holds the jaws against the object being pulled, so you can tighten the locking nut.

Also known as pilot bearing pullers, use these pullers to grip the interior edge of press-fit bearings, oil seals, and bushings.

With a variety of expanding collets that secure bearings and bushings from inside, these puller sets let you get a grip on objects with blind holes.

Grip paper, film, and thin plastic.

Good for gripping most shapes and materials.

The integral arbor is more rigid for greater accuracy than a drill chuck used with a separate arbor.

Made of stainless steel, these chucks are rust and corrosion resistant.

Choose a DeWalt, Makita, or Milwaukee brand chuck or a Jacobs brand equivalent that matches your cordless drill model number.

Convert a power screwdriver or impact driver into a versatile drill.

A ball-bearing design provides increased gripping force to keep bits from slipping, which allows these chucks to take on high-torque drilling applications. Also known as super chucks.

Made of stainless steel, these chucks are rust and corrosion resistant.

Combine these grippers with your gripping fingers to lift and move items in pick-and-place applications.

Unlike air-powered grippers, which leak air, these electric grippers won’t release dirt or particulates, making them good for pick-and-place assembly, packaging, and finishing jobs in labs, electronics plants, and other clean environments. Often used with mobile robots, all have a servomotor that opens and closes the grippers with equal force.

For applications without access to compressed air, such as mobile robots, these grippers use electricity to perform highly accurate pick and place tasks including assembly, finishing, and packaging.

Simply connect these fingers to your Schunk gripper and start moving items.