Push and pull light duty loads. These air cylinders use compressed air to both extend and retract, so they operate at nearly full force in either direction.

An extruded-aluminum body means these cylinders have no open spaces for debris to collect.

Halt actuation at a moment’s notice—these air cylinders have an end lock that acts as an emergency stop. If there's a sudden loss of air pressure, the end lock engages to safely hold the load.

For multiple mounting options, these air cylinders match an industry standard ISO footprint and have threaded holes on the face and sides.

Convenient for use with devices such as grippers and printing heads, these air slides have a nonrotating head that provides steady motion and a larger mounting area than air cylinders.

Prevent dust and fine particles from contaminating your clean room or damaging sensitive electronics while moving grippers and other pick-and-place equipment.

Move optical equipment and other electronics sensitive to dust and fine particles from a range of mounting positions.

Control the movement of loads on your conveyor—the rod on these air cylinders extends to stop loads and retracts to let them pass.

Attach ball socket end fittings to these studs to mount gas springs.

Easily mount these flat switches to a base or rail.

These inductive proximity switches sense metallic objects each time they pass through the slot, even when they’re obscured by water, oil, dirt, or a surface finish. Use them to measure the speed of rotating equipment and to count or detect moving objects, such as sheet metal being fed into a stamping process.

With a smaller diameter and shorter length than standard sized switches, these fit in the most space-constrained areas.

Sense objects as they pass through the switch’s ring via tubing or a funnel. These switches are often used to monitor blockages, detect breaks in spooling wire, or count small metallic parts, such as screws, during the stamping process.

Eliminate the need to calculate the sensing distance when using different metals—these switches sense all metal at the same distance. Also known as K=1 sensors.

The short body on these switches makes them suitable for tight spaces.

Mount these intrinsically safe switches to flat surfaces in volatile areas. Their low-current, low-voltage NAMUR signal means they won’t ignite or create sparks while in use. ATEX and IECEx certified, they meet international standards to protect against explosion where combustible dust and flammable gases are present.

These intrinsically safe switches detect objects as they’re routed through the ring. They produce a low-current, low-voltage NAMUR signal, so they won’t ignite or create sparks. Switches are ATEX certified to protect against explosion.

These switches have a longer sensing distance compared to other proximity switches with the same diameter.

Mount these flat inductive switches to a base or rail to remotely detect metallic objects in wet and dirty environments.

Detect the presence or absence of an object moving at high speeds with a light beam. These switches have a longer sensing distance than proximity and ultrasonic switches.

Safely detect the presence or absence of an object moving at high speeds with a light beam. These switches produce a low-current, low-voltage NAMUR signal, so they won’t create sparks or ignite. ATEX and IECEx certified, they protect against explosion in environments containing flammable gases and combustible dust.

For optimal performance in tight spaces, these switches have a smaller beam and can detect smaller objects than standard photoelectric switches.

Often used with programmable logic controllers (PLCs), these switches use DC input voltage and produce PNP or NPN signal output.

These switches use a NAMUR signal to operate at a low current and voltage, so they won’t ignite or produce sparks. ATEX certified, they protect against explosion in environments containing flammable gases and combustible dust. Switches sense both metallic and nonmetallic objects.

These switches sense when a valve is open or closed, supporting flow and temperature control within your system and offering reliable feedback.

Send signals in response to changing magnetic fields to trigger processes or monitor position, speed, and current.