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Electric Actuator Manufacturers and Suppliers

IQS Directory provides a comprehensive list of electric actuator manufacturers and suppliers. Use our website to review and source top electric actuator manufacturers with roll over ads and detailed product descriptions. Find electric actuator companies that can design, engineer, and manufacture electric actuators to your companies specifications. Then contact the electric actuator companies through our quick and easy request for quote form. Website links, company profile, locations, phone, product videos and product information is provided for each company. Access customer reviews and keep up to date with product new articles. Whether you are looking for manufacturers of electric cylinder actuators, electric water actuators, small electric actuators, or customized electric actuators of every type, this is the resource for you.

  • Bethel, CT 800-245-5013

    The load handled by our electric actuators varies in range from 150 newtons to 900 newtons. We offer products that are sturdy and well built so they last as long as you need them to. Call our staff with your design ideas and we can make your actuator dreams come true. View your designed product on our free 3D viewer. We have customer service representatives standing by waiting to answer your questions and concerns. Call today to find out more info!

  • Battle Creek, MI 800-537-9940

    We have been designing and building electric actuators since 1960 from our facilities in Battle Creek, Michigan. Our employees have the experience you need and the quality you can count on to help you in finding the products that will fulfill all of your needs. Our website acts as a great source of information should you have any questions or concerns. You may also send an email to one of our staff and we will send you a personalized response. Contact us now!

  • Cutchogue, NY 888-321-9178

    When it comes to excellent electric actuators, our team at Ultra Motion will be able to bring you a fully customizable experience in order to ensure that your product will suit your needs. Our electric actuators are compact, lightweight, reliable, and customizable. We stress personalized customer service, because without our clients, we wouldn’t be where we are today. Contact our representatives to learn more information today!

  • Bethel, CT 800-447-2042

    Keep us in mind for all of your electric actuator needs! We know your busy schedule makes it hard to rely on waiting for a product to ship in. This is why we offer next day delivery and most of our products ship out within 24 hours. Since opening our doors one of our main priorities has been and always will be to ensure 100% customer satisfactions. Get in touch with our customer service representatives to see what we may do for you! Let us work for you!

  • Saanichton, BC 206-347-9684

    Actuonix Motion Devices is a global leader in the design and manufacture of unique and broad-range actuation solutions for the commercial and military aerospace and defense industries. We offer the most advanced actuators, including electric actuators and a multitude of other models, custom designed to fit virtually any application with superior performance, quality and precision.

  • Lansdale, PA 800-313-4753

    Ewellix is a leading global supplier of linear slides that offer precise motion. Our products range covers the guiding variants of linear ball bearings, miniature profile rails and precision rails. Call us today for all of your linear motion needs.

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ARTICLES AND PRESS RELEASES

Series ESFX Electric Linear Slide

PHD, Inc. has a new linear slide series available. The Series ESFX Electric Linear Slides have many benefits and features. Read more about it here! Read More

Haydon Kerk Motion Solutions Introduces PBL4850E Brushless Motor IDEA Drive

Haydon Kerk Motion Solutions has introduced a new three-phase programmable brushless motor IDEA drive. Read More

businessIndustry Information

Electric Actuator Innovations 

There have been a number of advancements in the electricactuation industry. Many companies design newer actuators to be utilized formultiple and diverse applications. Consumers look for high performance andconsistent functionality. Manufacturers have been combining the features ofmotors and actuators which results in greater customer satisfaction based onhigher usability of control, mobility, and sustainability. As applicationsbecome more demanding, the actuator industry has been upgrading to keep pace,utilizing more intricate components and processes. Another reason electricactuators are targets for innovation has to do with the growing concerns ofoperational processes becoming more environmental friendly.

 

Many electric actuators are designed with easy-to-useinterfaces. This innovation is partly because of the actuators are engineeredfor different programming cycles and procedures. Enhanced controlling is idealfor conditions that require flexibility such as fast paced productionenvironments. Manufacturers and consumers are realizing electric actuators arecapable of replicating the same functions as of hydraulic and pneumaticactuators. Electric actuators also save more money in the long run due to lessclean up costs that are normally associated with hydraulic fluid spills.

Electric actuators are becoming more ideal for medicalapplications that require precision and reliability. Newer models have asmaller structure that allow for easier assimilation into existing systems butthere is no compromise for performance. There are also extra benefits due tothe combined capabilities; the user can trust a single source when performingthose crucial medical applications. As time becomes a premium it is essentialthat components are going to function at optimum efficiency.



Electric Actuators Electric Actuators 2
Electric Actuators - Tolomatic
Electric Actuators - Tolomatic



Electric Actuators

Electric actuators are devices that produce linear motion through the conversion of electrical energy into mechanical energy. This type of linear actuator is typically attached to valves that move as a result of an outside power source. The necessary power level is achieved through the use of single-phase or three-phase AC or DC motors and various gears.

Electric actuators are divided into two different types: rotary and linear. When selecting an electric rotary actuator, important factors to consider include actuator torque and range of motion. Important factors to consider when selecting linear electric actuators include the number of turns, actuating force, and the length of the valve stem stroke. Both rotary and linear electric actuators are often used in a variety of applications and industries such as: automotive, for use in power door lock systems and air conditioning systems; industrial manufacturing, to be utilized as control components in many industrial devices; agriculture, for use in farming machinery such as combine harvesters and fertilizer spreaders; and power generation, in which they are particularly utilized for green technologies such as wind turbine construction.  

The basic construction of an electric actuator consists of an electric motor, a screw, a nut and possibly gears if the electric motor is a small motor. In an electric actuator, it is the nut that provides the translation from electrical motion to mechanical motion when it rotates along the screw, moving forward instead of rotating along with the screw. Rotary electric actuators rotate from open to close using butterfly, ball, and plug valves. With the use of rotary electric actuators, the electromagnetic power from the motor causes the components to rotate, allowing for numerous stops during each stroke. Either a circular shaft or a table can be used as the rotational element. The actuator torque refers to the power that causes the rotation, while the full range of motion can be either nominal, quarter-turn, or multi-turn. Linear electric actuators, in contrast, open and close using pinch, globe, diaphragm, gate, or angle valves. Linear electric actuators are often used when tight tolerances are required. These electric actuators use an ACME screw assembly or motor-driven ball screw to supply linear motion. Within linear electric actuators, the load is connected to the end of a screw that is belt or gear driven.

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