This Site
X
Search: This Site All Moog Sites

Actuators & ServoActuators

Electric

Performance: Long-lasting performance and reliability with integrated design and part count

Precision: Better precision motion control and low inertia motors for higher acceleration

Efficiency: Reduces maintenance and operating costs, and eliminates the potential of oil leaks

Flexible Electric Linear Servo Actuators - Forces up to 115.6 kN

Actuators with inline and foldback design and internal anti-rotation, with a variety of motor windings for optimal performance.

Learn more

MA/MG Series - Forces from 1270 N - 24,400 N

Low noise and low operational cost actuators, with longer lifetimes compared to pneumatic and hydraulic cylinders.

Learn more

Servoactuation Packages

  • Combining a linear electric servoactuator, servodrive and integrated software
  • Designed to meet maximum machine performance
  • Engineered in advance, each component is optimized to work together
  • Choice of Standard or Flexible Servoactuators
  • Make a smooth transition from hydraulic to electric
  • Intuitive commissioning software helps reduce system setup time

Learn more

Custom Solutions

Meeting your special performance characteristics:

  • Servomotor modifications
  • Optimized packaging to reduce envelope size
  • Special performance requirements such as longer life, high duty cycle and more
  • Special operating characterizes such as extremely smoothness, low acoustic noise etc.

Learn more

Extra Line Actuators Series - Ball screw and timing belt movement types

Ball Screws and Timing Belt actuators specially designed for heavy loads. Durable and maintenance free.

Contact Moog Industrial

Newsletter Articles

High Security Vehicle Barriers Take on New Threats with Help from Moog Electric Actuation

Moog electric motion control technology helps high security vehicle barriers protect and perform in today’s most hostile environments....

Wimbledon - Moog's Design Is Moving On Up

Learn about the control architecture Moog developed for the actuated elements of a moving roof on the Centre Court at Wimbledon in the United Kingdom. The project entailed supplying 148 axes of control.

 

Applications