Make your T-slotted framing workstation more ergonomic. These positioning arms let you move tools and other items within reach, reducing fatigue and streamlining repetitive processes.

Extended positioning arms lock into position when you tighten the screws in the joints. Those with a cable-routing hole are hollow, so you can route cables through them.

Ball-grip positioning arms have ball-and-socket connections, so the entire arm moves 360°. Secure items using the mounting plate.

Arms with AMPS mounting hole pattern are often used on GPS units, cameras, and other small electronics.

Ball-and-socket connections allow 360° positioning. Choose a complete arm or select a base, connectors, and accessories to build your own.

To ensure compatibility, select components that have the same ball diameter. Use reducing connectors (sold separately) to pair components with a 1 1/2" ball diameter to those with a 1" ball diameter.

Hang your human-machine interface and swivel it around to save floor space and comfortably access touch screens, buttons, and other operating equipment. These suspension arms have already-drilled mounting holes that match our HMI enclosures. Route wire from your HMI components to a machine through a hole that runs through the entire arm. To prevent them from swinging too far and hitting people and equipment, locking pins let you restrict how far these arms rotate. Brakes lock their position into place.

Customize a system for your application—you can create hundreds of different variations. A complete suspension arm requires at least a base, a tube, and a mount. Add components to extend your arm up to 80” from the base and expand its range of motion. Arms without a connector support up to 180 lbs. Those with a connector support up to 135 lbs., but the load it can hold decreases by 2 lbs. for every 1” over 40” from the base.

Bases mount your arm to a surface. Wall bases mount to a wall, the side of a machine, or another vertical surface. Bench-top bases mount to horizontal surfaces, such as the top of a machine.

Tubes extend your arm’s reach.

Connectors join tubes. Those that rotate create a joint that swivels.

Mounts connect your arm to an enclosure.

Adapters tilt your enclosure for an improved view of and access to your HMI components.

Position your tablet within view while keeping your hands free to work. These arms mount to a variety of surfaces while keeping a secure grip on your tablet.

Clamp-on bench-mount arms attach to the edge of a workbench or tabletop. They have two pivot points that rotate 360°. The joint behind the tablet holder allows you to rotate the screen and tilt it for a better viewing angle. No need to lock them in place—the pivot points stay in position on their own.

Bar-, pipe-, magnetic-, suction-, and threaded-stud-mount arms have ball-and-socket joints that give them a 360° range of motion. Tilt or rotate them for a better viewing angle and lock the joints in place.

Clamp-on rectangular bar-mount arms have a base that fits around rectangular parts, such as square posts, t-slotted framing, and shelving units.

Clamp-on pipe-mount arms attach to round bars, pipes, and railings using adjustable jaws. They’re commonly used to mount screens to cart handles.

Magnetic-mount arms cling to magnetic surfaces and have a strong enough hold to be mounted from any orientation, such as on the side of a machine. They’re good for creating a temporary display because they’re easy to move from place to place.

Suction-mount arms are ideal for mounting tablets onto flat surfaces and windows, such as the windshield of your vehicle. The suction cup base creates a strong hold to keep the arm mounted from any orientation. They’re easy to remove and install, so they’re good for when you want a temporary display.

Threaded-stud-mount arms have a telescopic pole for adjusting the display height. Screw them into tapped holes that have identical thread size. They’re often used to mount tablets on coordinate measuring machine (CMM) fixture tables.

These arms lock around the top and bottom edges of tablets to keep them from shaking loose in areas with strong vibrations. They’re often used to mount tablets onto forklifts and other machines. Their ball-and-socket joints rotate 360°, so you can move these arms in any direction, then lock them in place.

Rectangular-bar mount arms fit onto square posts and rails, which are often found in forklift cages.

Pipe mount arms clamp onto cart handles, railings, and other round supports.

Mount monitors to round and square bars, such as equipment handles and support beams. These arms have a VESA standard mounting hole pattern to attach monitors, tablet holders, and other compatible devices. Tilt your screen for a better view or raise it to eye level—ball-and-socket joints give these arms 360° range of motion.

Clamp-on pipe-mount arms have jaws at their base that grip round bars, pipes, and railings. These are often used to mount screens to cart handles.

Clamp-on rectangular-bar-mount arms have plates that clamp to rectangular parts for a secure hold. Use them with square posts, T-slotted framing, and shelving units. These arms have an additional AMPS standard mounting hole pattern, which is commonly used to attach tablet holders and keyboards.

Snap laptops and tablets into these holders to mount them on stands and positioning arms. All holders have a standard Video Electronics Standards Association (VESA) mounting hole pattern, so they’ll work with a variety of device mounts. To prevent removal, lock your device in place with the included key.

Set up your laptop where you normally couldn't, such as on a cart handle or vehicle. These arms attach to surfaces to create a secure mounting point for your laptop. Their base is adjustable to fit a variety of laptop sizes.

Clamp-on pipe mount arms attach to round bars, pipes, and railings with two adjustable U-bolts. They have two ball-and-socket joints—one below the laptop holder and one above the base. Each joint rotates 360°, so you can move these arms in any direction and lock them in place.

Screw-on arms fasten to flat surfaces, such as the floor of your vehicle. These arms have three pivot points that rotate 360° and lock in position. A ball-and-socket joint connects the arm and the laptop holder, so you can tilt your laptop for a better viewing angle.