Ball-and-socket connections allow 360° positioning.

Bend these arms to hold small equipment such as lights and microphones in almost any position.

Reduce hand fatigue in continuous fastening and grinding applications. Arms are counterbalanced to support the full weight of the tool as well as absorb torque.

A suction base makes it easy to move and attach these arms to smooth surfaces such as glass and polished metal.

Install these attachments onto Starrett magnetic-base holders for more precise control over positioning.

The base is comprised of adjustable magnetic pins which allow it to conform to any shape and grip most metal surfaces.

For more versatility than other low-profile holders, this holder has six locations for mounting indicators and accessories, including two mounting holes and four places to mount an indicator lug back with the included thumb screws.

Use a swivel clamp to attach an indicator to the positioning arm.

Position the arm by adjusting joints at the top, middle, and bottom.

Mount these holders into a machine spindle and use with your indicator to center workpieces.

Vise-grip locking pliers clamp these holders to most thin, flat surfaces, and the flexible arm lets you position your indicator around obstructions.

Attach the C-clamp on this holder to your Bridgeport J head to take indicator measurements without obstructing the cutting tool.

Place the magnetic base on metal surfaces for a solid mount. The base has a V-grooved bottom for mounting on flat and curved surfaces and magnetic release switch for easy setups.

A granite base stabilizes these indicators. The extremely tight flatness tolerances of the granite allow for nearly frictionless workpiece movement and provide an accurate reference plane for inspection work.

Position the arm by adjusting joints at the top, middle, and bottom. The magnetic base provides a solid mount on metal surfaces.

Suspend tools to keep them out of the way but still within reach.

The head rotates 360° and tilts up and down.

Bend and wrap the legs around almost anything while keeping a level mounting surface.

Attach a monitor to these stands, then route cords through the hollow mounting poles for a clean, organized appearance.

Press the lever to lock the clamp onto material.

A nonreflective black oxide finish prevents glare that can interfere with machine vision systems.

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.

The handle locks in a horizontal position for more clearance above the clamp than standard hold-down toggle clamps.

Hold workpieces of different thicknesses without adjustment.

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

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

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

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

Mount these clamps below a surface.

Replace worn screws or customize your clamps.

Mount the base to a work surface using screws.

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

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

Secure your workpiece from the side by fully extending the plunger, and push a lever to lock the handle in place.

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.

Secure these clamps to a rail or bar.

Drill a hole to mount these clamps through a surface and secure the mounting flange with screws. The plunger can be locked at any position along its travel.

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

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.

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

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.

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.

Also known as press screws, mount these clamps through a drilled hole and turn the crank to move the jaw end of the screw in and out.

Screw these clamps directly into a tapped hole in a fixture.

Build a custom clamping system for holding lightweight objects such as beakers and laboratory equipment.

Carry this pipe and conduit threader to your work site.

Manually control these standard free-moving lid supports through their full range of motion. Raise or lower the lid until the hold-open mechanism on the support is engaged; slightly lift it again to release the hold and close the lid.

Keep environments free of contaminants—with plastic bushings, there's no metal-to-metal contact that can release particles as these supports open and close. Manually control these free-moving lid supports through their full range of motion. Raise the lid until the hold-open mechanism on the support is engaged; slightly lift it again to release the hold and close the lid.

Providing constant resistance through the full range of motion, these supports hold lids open at any angle up to 70° or 90°.

No separate hinges are required, these supports act as a hinge and lid support all in one. Springs provide lifting assistance to raise and hold lids open—slightly lift the lid to get it started and the support will do the rest. Manually shut the lids and the supports will hold them in the closed position.

Requiring less space to mount and operate, these supports are often used on small cabinets and enclosures. They gradually slow your lid's motion to prevent it from slamming open. To open lids, lower them and the support will slowly and softly do the rest. Manually shut the lids and the supports will hold them in the closed position.

For frequently used doors, these closers last twice as long as standard door closers. They can replace Yale, Dorma, Falcon, Stanley, Parker, and Cal-Royal models with the same mounting hole pattern.

To protect doors and walls, these closers have a shock-absorbing stop to damp the force of doors when they’re pushed open. Designed for frequently used doors, these last twice as long as standard door closers. They can replace Yale, Dorma, Falcon, Stanley, Parker, and Cal-Royal models with the same mounting hole pattern.

Often used on large freezer and cold-storage doors, these closers are designed for doors that weigh 200 lbs. or more.

Make existing door closers with lost or damaged covers look new again.

These closers include a door holder, which keeps doors open with an electromagnet. When activated by a fire alarm, the magnet shuts off and releases the door.

These closers consist of two interconnected springs—twist them to adjust closing force. The springs retract to pull storm doors and gates closed.

Mounted diagonally so one end is higher than the other, the motion of an opening door tightens the torsion spring; as it unwinds, it closes the door.

Use these closers when your door-to-door clearance is limited. They close storm doors more smoothly than standard spring closers.

Use these openers on casement windows.

The arm length adjusts from 3 to 6 feet making these exhaust hoses good for locations with low ceilings.

These rugged steel handles provide lasting durability 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.

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.

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.

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

Also known as finger handles, these are less than 1" long. Use them as tiny grips on small hand wheels and cranks to operate machinery.

Attach a ball knob to one of these shafts to create custom handles for operating machinery.

These handles are often used for operating machinery.

Connect ball swivels and damper linkages to an actuating motor to control ventilation dampers.

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.