An easy-to-grip ball knob makes these handles a good replacement for gear levers. Use them to operate machinery.

Use these handles as grips on hand wheels and cranks to operate machinery.

These handles are often used as grips on hand wheels or cranks to operate machinery around food processing lines without the risk of contaminating the food. Install them on a threaded stud.

These handles are often used for operating machinery.

Also known as clamping handles, use these standard adjustable handles for applications involving frequent positioning, tightening, and holding adjustments. Lift the handle to rotate freely; then release the handle to engage and tighten.

These rugged steel handles provide lasting durability for applications involving frequent positioning, tightening, and holding adjustments in areas with limited vertical space. Lift the handle to rotate freely; then release the handle to engage and tighten. These handles are also known as clamping handles.

Prevent unintentional changes to equipment settings—when not in use, these handles are disengaged and turn freely. To change the position, push down on the handle and turn. When you release the handle, it disengages once again. These handles are also known as clamping handles.

With a minimum surface resistance of 10,000 ohms, these handles reduce static electricity that can damage electronic equipment. Also known as clamping handles, use them for applications involving frequent positioning, tightening, and holding adjustments. Lift the handle to rotate freely; then release the handle to engage and tighten.

Made of stainless steel with a nitrile mounting seal, these handles are suitable for food-processing applications involving frequent positioning, tightening, and holding adjustments. Lift the handle to rotate freely; then release the handle to engage and tighten. These handles are also known as clamping handles.

The brass tip on the end of the threaded stud prevents damage to surfaces in applications involving frequent positioning, tightening, and holding adjustments. Lift the handle to rotate freely; then release the handle to engage and tighten. These handles are also known as clamping handles.

Also known as double cams, these complete cam handles have a durable, extra-large handle for clamping on fixture bases, plates, and workpieces. For fast adjustments, push down on the handle and the head applies pressure to quickly draw two parts together.

Use these standard cam handles for most clamping applications. Push down on the handle and the head applies pressure to quickly draw two parts together for fast adjustments.

Mill specific holes or keyways in the hub to meet your specifications or weld in place. Often used on cross-slide tables, these crank handles provide leverage to maximize force for turning and tightening.

Square long shafts can pass through these handles for mounting versatility. Drill a hole in the side of the hub to secure with a set screw. These crank handles provide leverage to maximize force for turning and tightening. They are often used on cross-slide tables.

Use these crank handles for applications that involve frequent machinery adjustments. They provide leverage to maximize force for turning and tightening.

Push or pull the plunger to hold your workpiece from the side.

A highly durable construction with hardened steel pivot pins and bushings provides a long service life.

Moving parts are protected by a metal cover when the clamp is engaged to prevent dirt and dust from clogging the clamp.

The handle can be rotated 125° for easier access or extra clearance above the clamp.

Smaller than standard push toggle clamps, these are often used for electronics and small fixturing applications.

Panel mount through a hole with the included nut, or drill and tap a hole to flush mount. A pushing or pulling motion holds workpieces from the side.

The plunger can be locked at any position along its travel.

Mount these clamps to a bench top or other surface to keep workpieces in place.

Push the lever to lock the handle and prevent accidental opening.

Hold workpieces of slightly different thicknesses with one clamp. These clamps automatically adjust to compensate for imperfections or small inconsistencies on the material’s surface.

Often used when assembling small parts, these small clamps have the holding strength of a full-size clamp.

Hold workpieces of different thicknesses without adjustment.

Reduce the chance of getting pinched when unclamping. These clamps have more space between the handle and the arm than other low-profile toggle clamps.

The mounting base secures these clamps to a rail or bar.

Bolt to the side of an object. Often used to clamp lids and covers on containers.

Weld these clamps to the side of an object or drill your own holes in the mounting plate and bolt into place.

Mount the base to a work surface using screws.

Attach to your bar clamp to hold material on three sides.

The large, flat jaws remain parallel when clamping to apply even pressure without denting or marring the workpiece. Pull the handle to lock or release the clamping arm.

Hold up to five times the capacity of standard bar clamps. These are also known as I-beam clamps.

Place the arms on a pipe that is threaded at one end and at least 12" long to create your own bar clamp.

Two swivel pads on each jaw pivot to grip nearly any shape of material.

Also known as J-clamps, these provide additional clearance to reach around obstructions and clamp workpieces in recessed areas.

All adjustments can be made from one end, allowing clamping in tight spaces.

A highly durable construction with hardened steel pivot pins and bushings provides a long service life.

Push the lever to lock the handle and prevent accidental opening.

Hold pipe and fittings together for tack welding.

Clamp up to three workpieces at 90° angles.

Each jaw can be positioned at an angle to hold round, angled, and odd-shaped material.

Clamp farther in from the edge of a workpiece than with other C-clamps.

Plastic clamping surfaces prevent damage to material.

Lighter weight than other metal clamps, these are less likely to bend thin material.

Press the quick‐release button and slide the screw into position to make adjustments in less time.

Turn the handle to tighten these multipurpose tools for strong clamping in nearly any application.

Hold the workpiece down against a bench or table.

Plastic clamping surfaces prevent damage to material.

Bend wire and rod up to 1/2" diameter and flat stock up to 1/4"×1" with these rugged steel benders.

Create squares, coils, and S‐shapes.

These tools include one slide bar and 10 bending mandrels for 1/4" to 5/8" tube OD.

Make bends up to 135° in fuel, brake, and hydraulic lines.

Use one hand to make bends up to 90° in soft metal tubing.

Smoothly bend hard metal tubes, such as steel and titanium, without causing crimps or kinks.

Protect thin-wall tubing from crimping and collapsing while bending by hand.

Grip tubing from the side to make bends in tight spaces.

Heat PVC conduit and pipe, then manually bend it to your desired angle.

Make on-the-fly bends in Schedule 40 PVC conduit and pipe without the risk of kinks or cracks. Lightweight and flexible, these benders are easy to keep on hand for occasional use and last-minute adjustments.

Choose these benders for short-radius conduit bending.