Made from stainless steel for excellent corrosion resistance in damp environments. Install shock absorbers in gantry systems, presses, and at stops along conveyors—they counteract the energy of moving objects to prevent damage to equipment and material. Use Mounting Blocks for Shock Absorbers (not included) and Mounting Nuts for Shock Absorbers (not included) for mounting.

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Also known as snubbers, use these shock absorbers in low-load, high-cycle applications. They counteract the energy of moving objects to prevent damage to equipment and material. Turn the knob to change deceleration to suit varying loads and speeds. Through-wall shock absorbers have a stud and nut under the removable knob for mounting through a panel or bracket.

For technical drawings and 3-D models, click on a part number.

Turn the knob on these shock absorbers to change deceleration to suit varying loads and speeds. They counteract the energy of moving objects to prevent damage to equipment and material. They're commonly used in gantry systems, presses, and conveyor stops.

Threaded-body mount shock absorbers use Mounting Blocks for Shock Absorbers (not included) for mounting. They include mounting nuts.

Flange-mount shock absorbers can be attached anywhere along the body. Secure them in place with the included locknut.

Nylon and urethane rubber bumpers are nonmarring.

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An airtight seal prevents leaks and protects moving parts from dust to minimize wear for a long service life. These shock absorbers decelerate fast-moving equipment without bang or bounce to prevent damage to equipment and material. Turn the knob to change deceleration to suit varying loads and speeds.

For technical drawings and 3-D models, click on a part number.

Like the shocks in a car, these mount between two surfaces to minimize vibration and motion transfer caused by sudden impact.

Install these rotary speed limiters at the hinges of small lids, doors, and access panels for smooth, quiet motion. They're often used in electronics applications.

Speed limiters with a 105°, 110°, or 130° rotation angle are commonly used for small movements, such as closing lids.

Speed limiters with a 360° rotation angle are often used to move small hoods, flaps, and fans. A cycle is one shaft rotation.

Dual direction speed limiters dampen motion in both directions. Common uses for them include controlling the motion of a switch-activated door and opening and closing a DVD player.

Clockwise and counterclockwise speed limiters dampen motion in the listed direction, moving freely in the opposite direction. Use them in processes that require returning a part to its original position.

Speed limiters with a geared shaft must be used with gears that have the same 20° pressure angle and module.

Speed limiters with adjustable torque have a knob on the back to control damping torque. Use them in applications that require fine tuning.

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Put an end to lids and doors that slam shut or fly open—install these speed limiters for smooth, controlled motion. For speed limiters with adjustable resistance, pull the rod until it's fully extended, then twist it to change the resistance.

A cycle is one rod stroke from extended to compressed and back to extended. Free travel of stroke is the percentage of the stroke that speed limiters move with no resistance, before speed control engages.

Compression speed limiters prevent closing doors from slamming.

Extension speed limiters prevent doors from flying open.

Compression and extension speed limiters prevent doors from slamming and flying open.

For technical drawings and 3-D models, click on a part number.