Lift and move round parts such as cylinders. For extra stability, these grippers have three jaws that slide toward the center instead of two. They’re double acting, which means they use air pressure to open and close the jaws for consistent gripping force in either direction. This lets you grab parts from the outside or open the jaws inside hollow parts to grab them when the outside is hard to grip. You’ll need gripper fingers (not included).

Closing force and opening force describe how hard the gripper can squeeze your part at the fingertips, also called the gripping distance. The less friction there is between the part and fingers, the more force you’ll need to lift a part. Typically, you’ll need a force that’s about 10 times the part’s weight, but an oily part might need a force about 20 times its weight. However, air pressure and finger length also affect the ideal force. Click on a part number and select “Product Detail” to view a chart that shows how closing or opening force changes as the gripping distance changes.

Jaw spacing diameter describes the distance between the jaws when fully closed and fully open. It’s measured from the inside surface of the jaws.

Shave seconds off every pick-and-place cycle. Unlike parallel grippers that must retract before clearing a part, these grippers have jaws that swing up and out of the way to release parts instantly. This means they also work well in tight spaces. Connect them to your compressed air system and add gripper fingers (not included).

Double-acting grippers use air pressure to open and close the jaws for consistent gripping force in either direction. This lets you grab parts from the outside or open the jaws inside hollow parts to grab them when the outside is hard to grip. These grippers deliver a bit more closing force than single-acting grippers of the same size. They also give you better control over how quickly the jaws open, especially when paired with long, heavy fingers.

Closing force and opening force describe how hard the gripper can squeeze your part at the fingertips, also called the gripping distance. The less friction there is between the part and fingers, the more force you’ll need to lift a part. Typically, you’ll need a force that’s about 10 times the part’s weight, but an oily part might need a force about 20 times its weight. However, air pressure and finger length also affect the ideal force. Click on a part number and select "Product Detail" to view a chart that shows how closing or opening force changes as the gripping distance changes.

Jaws on the sides of these grippers open wider than standard grippers to handle large or long items. They use air pressure to open and close the jaws in a parallel motion, like elevator doors, for a consistent gripping force in either direction. This lets you grab parts from the outside or open the jaws inside hollow parts to grab them when the outside is hard to grip. You’ll also need gripper fingers (not included).

Closing force and opening force describe how hard the gripper can squeeze your part at the fingertips, also called the gripping distance. The less friction there is between the part and fingers, the more force you’ll need to lift a part. Typically, you’ll need a force that’s about 10 times the part’s weight, but an oily part might need a force about 20 times its weight. However, air pressure and finger length also affect the ideal force. Click on a part number and select "Product Detail" to view a chart that shows how closing or opening force changes as the gripping distance changes.

Jaw spacing describes the distance between the jaws when fully closed and fully open. It’s measured from the inside surface of the jaws.

Everything your robot arm needs to pick and place parts using a compressed air supply. Integrated air valves let you control them right from your robot’s program. Since air pressure opens and closes the jaws in a parallel motion, like elevator doors, they have enough gripping force to pick up parts in either direction. This lets you grab parts from the outside or open the jaws inside hollow parts to grab them when the outside is hard to grip. These grippers are often used for packaging, assembly, and machine-tending jobs. They also have a built-in blow-off nozzle that clears debris before pickup.

These grippers come with a mount, electrical connections for wiring to your robot, and software plug-ins tailored to FANUC CRX, Universal Robots (UR), and ABB arms. You’ll also need gripper fingers—choose ready-to-use fingers (sold separately) or machine your own to grip complex shapes.

These grippers operate at high forces, so they may require additional safety precautions if you’re working near your collaborative robot.

Work safely alongside collaborative robots as they perform machine tending, packaging, and assembly tasks. These grippers help you meet ISO/TS 15066 standards thanks to their built-in safety features—they limit gripping force to safe levels and have a plastic housing that protects you from pinch points and sharp edges in case of a collision.

Electrically powered and controlled entirely by your robot, these grippers don’t need a compressed air supply or complicated air control valves. A servomotor opens and closes the jaws like elevator doors with a consistent gripping force in either direction. This lets you grab parts from the outside or open the jaws inside hollow parts to grab them when the outside is hard to grip. Use a switch on the side to set the force. These grippers also have a built-in sensor that your robot can use to confirm that a part has been picked up.

They come with a robot tool mount, electrical connections, and software plug-ins tailored for FANUC CRX and Universal Robots (UR) arms. You’ll also need gripper fingers—choose ready-to-use fingers (sold separately) or machine your own to grip complex shapes.

Lift and move items with electricity—no need for an air supply or complicated control valves. These grippers have a servomotor that opens and closes the jaws in a parallel motion, like elevator doors, with a consistent gripping force in either direction. This lets you grab parts from the outside or open the jaws inside hollow parts to grab them when the outside is hard to grip. Adjust the gripping force with the switch on the side. Open and close these grippers with digital signals from your controller. You’ll also need gripper fingers—choose ready-to-use fingers (sold separately) or machine your own to grip complex shapes.

Equip your robot arm with all it needs to lift and move items using electricity—no air supply or complicated control valves needed. These grippers have a servomotor that opens and closes the jaws in a parallel motion, like elevator doors, with a consistent gripping force in either direction. This lets you grab parts from the outside or open the jaws inside hollow parts to grab them when the outside is hard to grip. These grippers open and close wider and with more force than our collaborative robot-ready electric grippers to handle heavier and larger items. This makes them a good match for packaging, assembly, and machine-tending jobs. Use your robot’s control program to set the gripping force and jaw position. A built-in sensor detects when the part is picked up, so your arm knows it can move to the next location.

These grippers include a robot mount, electrical connections, and software plug-ins tailored to FANUC CRX and Universal Robots (UR) arms. You’ll also need gripper fingers—choose ready-to-use fingers (sold separately) or machine your own to grip complex shapes.

Unlike collaborative robot-ready grippers, these grippers can operate at high forces. They may require additional safety precautions when working near your collaborative robot.