With strength for higher load capacities than other ball-grip positioning arms, these arms have a heavy duty construction.

Heavy duty construction adds strength for higher load capacities than other positioning arms.

Stronger and with greater load capacities than gooseneck-style positioning arms, these arms keep their shape even when moving or when exposed to vibration. They’re often used in robotics and conveyor applications when frequent repositioning isn’t required.

Add a mounting surface to an any-which-way positioning arm.

Position small panels and displays with these compact arms.

Adjust the flexible arm to nearly any position.

Adjust the flexible arm to nearly any position.

Use this holder in areas with limited space. It has a nut and bolt for holding a 1/4” lug-back indicator.

Adjust the flexible arm to nearly any position.

Adjust the flexible arm to nearly any position.

Attach the C-clamp on these holders to your milling machine head to take indicator measurements without obstructing the cutting tool.

Use these attachments to mount indicators in chucks, tool posts, height gauges, or a variety of other setups.

Mount one of these rods between the plunger and contact point to extend the reach of your indicator.

These Mitutoyo indicators have a magnetic base with V-grooved bottom to provide a solid mount on flat and curved metal surfaces. They also have a magnetic release switch for easy setups.

For a solid mount on metal surfaces, these indicators come with a magnetic base. They have a continuous dial numbered clockwise around the face for direct measurements. A spring-loaded plunger retracts and extends to measure objects.

A magnetic base provides a solid mount on metal surfaces.

The head rotates 360° and tilts up and down.

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

Commonly used on hood and trunk lids, these simple, three-piece rods telescope from 18 1/2" to 46 3/4" to prop lids open at a variety of angles.

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.

Hold heavy lids open with these supports.

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.

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.

Save time and money by replacing worn or damaged arms instead of the entire closer.

A built-in stop prevents doors from opening too far—good when wall- or floor-stops can’t be used. Designed 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.

No need to drill new holes—these closers have a mounting plate that fits the hole patterns of most closers from Norton, LCN, Yale, Corbin Russwin, and Dorma.

There's no need to mount a closer to your door or frame—these take the place of an existing hinge pin.

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

Springs retract to pull storm doors and gates closed.

Close storm doors more smoothly than standard spring closers.

A hydraulic mechanism makes these the smoothest and quietest closers we offer for storm doors.

These openers are often used on older casement and awning windows.

For exact positioning, these hoses swivel 360°.

Attached to an arm you can flex into position, these clamps hold objects such as a flashlight, tool, or instructions.

The base fits into round or square holes on most workholding tables for clamping anywhere on the work surface.

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

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. Release it to engage and tighten.

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.

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.

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.

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.

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.

Also known as quill-feed handles, these handles engage and disengage with a flick of the wrist to speed machining operations—especially when drilling deep holes.

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.

Round long shafts can pass through these handles for mounting versatility. Create custom threads or drill a hole in the side of the hub to secure with a set screw. Often used on cross-slide tables, these crank handles provide leverage to maximize force for turning and tightening.

Balanced weight distribution prevents unintentional handle movement, even in high-vibration applications. 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.

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

Reinforced construction lets these benders handle thicker material than bench-top benders.

Position the movable forming dies, also known as fingers, to make boxes, trays, and pans in different widths.

Make bends up to 135° in metal sheets. Benders have a clearance of 4" for insertion and removal of large workpieces such as vehicle panels and duct work.

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

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

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

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

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

Handle-free and one quarter the size of traditional tube benders, these benders fit in small, hard-to-reach spaces.

Powerful enough to bend conduit and pipe to the angle you need with one stroke of the pump, these are for use on Schedule 40 pipe.

Bend more than one size of tubing without adjusting the bending head.

Choose these benders for short-radius conduit bending.

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 lights swing out from the wall to illuminate loading docks and trailers.

Compared to other dock lights that can only adjust vertically and horizontally, these lights bend at any angle to direct light exactly where it's needed.

These lights cast a narrower beam than other gooseneck-arm machine lights. Reposition them faster and more easily than articulating-arm lights.

Gooseneck arms can be repositioned faster and more easily than articulating arms.

Create a high-intensity lighting system for inspecting small and microscopic parts.

These lights have a longer reach and hold their position better than gooseneck-arm lights, especially around vibration.

Free your hands for other work by mounting a flashlight to a nearby surface.