Electric Actuators

The LEM electric actuator family features the lowest table height of all sliders, 40mm or less. Four series are available, including basic, cam follower guide, and single or double axis linear guides. Belt drives permit longer strokes and higher speeds...

The LEM electric actuator family features the lowest table height of all sliders, 40mm or less. Four series are available, including basic, cam follower guide, and single or double axis linear guides. Belt drives permit longer strokes and higher speeds...

The LEM electric actuator family features the lowest table height of all sliders, 40mm or less. Four series are available, including basic, cam follower guide, and single or double axis linear guides. Belt drives permit longer strokes and higher speeds...

The LEM electric actuator family features the lowest table height of all sliders, 40mm or less. Four series are available, including basic, cam follower guide, and single or double axis linear guides. Belt drives permit longer strokes and higher speeds...

The LEJS is available in a motorless type, permitting the mounting of an AC servo motor other than the standard chosen by SMC. Shaft coupling and mounting patterns are compatible with 8 servo motor series from 5 manufacturers. Manufacturers include...

The LEJS is a slider type electric actuator available exclusively with an AC servo motor. The actuator features a substantially wider load mounting platform than the LEFS, supported internally by a double axis linear guide for reduced moment deflection...

The LEJS is a slider type electric actuator available exclusively with an AC servo motor. The actuator features a substantially wider load mounting platform than the LEFS, supported internally by a double axis linear guide for reduced moment deflection...

The LEJB is a slider type electric actuator available exclusively with an AC servo motor. The actuator features a substantially wider load mounting platform than the LEFB, supported internally by a double axis linear guide for reduced moment deflection...

The LEJB is a slider type electric actuator available exclusively with an AC servo motor. The actuator features a substantially wider load mounting platform than the LEFB, supported internally by a double axis linear guide for reduced moment deflection...

The LEHZ is the most common electric gripper, with the most sizes. The motor drives a slide screw coupled to a lever assembly. The levers open and close the fingers, which follow a linear guide for alignment and stability. The narrow fingers are 12 to 36...

The LEHZ is the most common electric gripper, with the most sizes. The motor drives a slide screw coupled to a lever assembly. The levers open and close the fingers, which follow a linear guide for alignment and stability. The narrow fingers are 12 to 36...

The LEHZ is the most common electric gripper, with the most sizes. The motor drives a slide screw coupled to a lever assembly. The levers open and close the fingers, which follow a linear guide for alignment and stability. The narrow fingers are 12 to 36...

The LEHZ is the most common electric gripper, with the most sizes. The motor drives a slide screw coupled to a lever assembly. The levers open and close the fingers, which follow a linear guide for alignment and stability. The narrow fingers are 12 to 36...

The LEHZ is the most common electric gripper, with the most sizes. The motor drives a slide screw coupled to a lever assembly. The levers open and close the fingers, which follow a linear guide for alignment and stability. The narrow fingers are 12 to 36...

The LEHF gripper uses a belt driven slide shaft to open and close the fingers. The low profile, flat fingers follow a linear guide for alignment and stability. The body and drive construction permit much longer strokes than the LEHZ, suitable for...

The LEHF gripper uses a belt driven slide shaft to open and close the fingers. The low profile, flat fingers follow a linear guide for alignment and stability. The body and drive construction permit much longer strokes than the LEHZ, suitable for...

The LEHF gripper uses a belt driven slide shaft to open and close the fingers. The low profile, flat fingers follow a linear guide for alignment and stability. The body and drive construction permit much longer strokes than the LEHZ, suitable for...

The LEHF gripper uses a belt driven slide shaft to open and close the fingers. The low profile, flat fingers follow a linear guide for alignment and stability. The body and drive construction permit much longer strokes than the LEHZ, suitable for...

The LEHF gripper uses a belt driven slide shaft to open and close the fingers. The low profile, flat fingers follow a linear guide for alignment and stability. The body and drive construction permit much longer strokes than the LEHZ, suitable for...

The LEHF gripper uses a belt driven slide shaft to open and close the fingers. The low profile, flat fingers follow a linear guide for alignment and stability. The body and drive construction permit much longer strokes than the LEHZ, suitable for...