Made from 18-8 stainless steel, these thumb screws are chemical resistant. Also known as dog- and pilot-point thumb screws, insert the point into a drilled hole or slot to hold items in place.

These steel thumb screws have a black-oxide finish to resist corrosion in dry environments.

These metric thumb screws have arms that provide a flat surface to push your fingers against.

For maximum contact with angled and uneven surfaces, the tip swivels in all directions. The tip is narrow so it will fit through threaded holes.

A knurled head allows for slip-resistant controlled adjustment.

A large head allows you to grip these screws with your entire hand for greater torque while tightening than standard knurled plastic-head thumb screws.

Arms provide a flat surface to push your fingers against.

These steel anchors are available with corrosion-resistant finishes.

18-8 stainless steel anchors have good chemical resistance.

The spring-loaded tips on these clamps swivel in all directions to make maximum contact with angled and uneven workpieces.

When loosened, you can spin the body of this clamp around its mounting point for better access to the workpiece.

The contact area is covered in plastic to protect soft metal and polished surfaces. Attach these tips to the end of a screw or threaded stud to apply uniform pressure on uneven and angled surfaces. Also known as toggle and swivel-foot pads.

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

With five times the capacity of standard C-clamps, these are the highest capacity clamps we offer.

Made entirely of fiberglass, these clamps won’t transmit electricity and are chemical resistant. They're often used around electrical equipment as well as in plating and anodizing applications.

Plastic clamping surfaces prevent damage to material.

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

Three screws apply pressure to three sides of a workpiece.

The jaws move in unison to apply even pressure and prevent twisting.

Plastic clamping surfaces prevent damage to material.

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

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.

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.

Hold workpieces of different thicknesses without adjustment.

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

The handle locks in a horizontal position for more clearance above the clamp.

Pull the lever to slide the clamping arm along the bar; release to lock in place.

The clamping arm slides freely along the bar for quick, one handed positioning. Tighten the screw onto a workpiece and the arm locks in place.

For the most demanding jobs, these clamps have almost five times the capacity of standard fast-action bar clamps.

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

Press the trigger to slide the clamping arm along the bar. Release the trigger and squeeze the pistol-grip handle to lock the clamp in place.

Each arm slides freely for quick, one-handed positioning. They lock when the screws are tightened onto a workpiece.

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.

Clamp much farther in from the edge of the workpiece than with standard bar clamps.

Eliminating the need for step blocks or other rear support, the pivoting rocker clamps workpieces of various thicknesses.

Use with T-slot nuts or bolts and a support to secure a workpiece, vise, or fixture to a machine table.

Good for occasional machining, economy kits contain lower-strength components than standard kits.

Designed to provide more clearance above the nut than standard clamps, these have an offset shape. Also known as gooseneck clamps.

Position these clamps between two workpieces, vises, or fixtures and secure both to your machine table using T-slot nuts or bolts.

Unlike other setup clamps that grip the horizontal surface of a workpiece, these clamps have a pivoting ball in the tip to get a firm hold on angled parts.

Also known as toe clamps, these grip the side of a workpiece to leave the top free for machining.

Set one of these clamps between two workpieces in a fixture and tighten the screw to push the clamp's sides out for a secure hold.

Hold a workpiece securely from the side with minimal contact, leaving more of the workpiece free for machining.

Unlike the smooth and flat edges of standard fixture clamps, these clamps have ridges that bite into parts, making them good for gripping castings and rough-cut stock.

Machine these fixture clamps to match the contours of your workpiece for a stronger grip.

Build these components into fixture plates, machine subplates, and tombstones for quick changes. The system clamps and locates at the same time for accurate positioning with repeatability of ±0.0005".

The matching jaws are ground flat for a firm grip and even pressure when clamping smooth surfaces.

Clamps have a slotted screw. Tighten with a slotted screwdriver, hex nut driver, or a wrench.

A raised safety collar around the head of the screw prevents your screwdriver from slipping and damaging the hose or tube.

Here's everything you need to make your own 3" diameter and larger custom-length worm-drive clamps.

These clamps form a 360° seal around your hose or tube to prevent leaks.

A double ring of thick wire provides a complete seal around large-diameter hose.

The T-bolt design provides excellent strength and creates a 360° seal. Clamps have a spring that automatically adjusts the clamp diameter when temperatures fluctuate.

Clamps have a smooth band with rolled edges to prevent them from cutting into your hose or tube.

An extended tail acts as a liner to protect soft hose and tube from being cut by the slots in the band.

Create 2" diameter and larger smooth-band worm-drive clamps.

The hose clamps in these assemblies have a bolt closure that creates a 360° leak-preventing seal. The clamps have rolled edges, so they won’t cut into soft hose and tube materials such as silicone.

These clamps have rounded edges and a smooth interior, so they won’t cut into soft hose and tube materials such as silicone. Flip up the slotted hex head screw to quickly release the band.

Also known as bridge clamps, these worm-drive clamps align with the spiral support on wire duct hose to provide a tight seal.

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.

Choose these handles when vertical space is limited. 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.

A soft textured surface provides a comfortable grip for 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.

Identify equipment controls and components at a glance by their color. Also known as clamping handles, use these handles for applications involving frequent positioning, tightening, and holding adjustments. Lift the handle to rotate freely; then release the handle to engage and tighten.

Use these handles for applications involving frequent positioning, tightening, and holding adjustments near food processing lines without the risk of contaminating the food. These handles are also known as clamping handles.

With a surface resistivity 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.

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.

Add a pin, rod-end bolt, or other mounting hardware to build a custom assembly. Also known as double cams, these 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.