Connect these mounts to an air cylinder to create linear, pivot, or arc movements. These mounts are compatible with ISO tie rod air cylinders.

With no ring or handle to get caught on nearby components, these pins won’t pull out accidentally. The low profile makes them similar to basic clevis pins. Although the thin head fits in cramped spots, it also makes the pin harder to grab. A retaining ball holds pins in place once installed—pull to remove.

The spring-loaded shaft draws thin sheets of material together and clamps them between the pin’s head and retaining balls. These pins are often used to secure sheet metal while welding to keep the sheets from sliding as you work. Press the button to extend the pin’s shaft and release to retract it up to 5 mm into the head.

The tall, narrow head fits in tight spaces while still giving you something to grab. These pins have two retaining balls that lock them in place—push the button to insert and remove.

With a head that's tall and narrow, these pins fit in tighter spaces than a loop or T-handle while still giving you something to grab. The head also has a hole for adding a split ring and a lanyard (sold separately). A retaining ball holds pins in place until you pull to remove.

Use these pins where a T-handle won’t fit but you need a firm grip, even with gloves or slippery hands. They have two retaining balls that lock the pin in place—push the button to insert and remove.

Slip into holes that are recessed, partially obstructed, or otherwise hard to reach. These pins are narrow with the smallest head of all our locking pins. They have two retaining balls that lock the pin in place—push the button to insert and remove.

Hold parts that form a joint or overlap, like telescoping tubing. A strong magnet in the head keeps these pins in place, so they won’t rattle around in holes. The head also has a hole for adding a split ring and a lanyard (sold separately).

The most common choice for tight spaces. The split ring folds down when these pins are installed, and you can pull with just one finger to remove. Keep them from getting lost by adding a lanyard, or choose a pin that includes one. You can also attach tags to the ring to identify components. Pins have a retaining ball to hold them in place.

A second retaining ball gives these pins more holding power than standard ring-grip pins. They resist loosening from vibration but require a strong tug to pull them out. Good for tight spaces, the split ring folds down out of the way when installed, and you can grab it with one finger to remove. Attach a lanyard to keep pins from getting lost, or add tags to identify components.

The widest grip gives you the most leverage. These pins are the easiest to grab with gloved or slippery hands but take up the most space when installed. They have two retaining balls that lock the pin in place until you push the button to insert and remove.