Electric Actuators
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Electric actuators: power and precision for every application

Technical explanations

Find the electric actuator that meets your specifications across our industrial ranges. Ask our team for expert guidance.

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How does an electric actuator work?

An electric actuator converts energy from an electric motor into linear motion. In practical terms, a motor drives a gearbox, which actuates a lead screw or ball screw. The rotation of the screw is converted into linear motion: a rod extends or retracts from the actuator body to pull, push, or hold a load in position. This simple principle provides precise control of speed, force, and position, with no pneumatic or hydraulic circuit to maintain.

At Binder Magnetic, our actuators can incorporate speed adjustment, force limiting, and intelligent control options, making them easier to integrate into automated systems. Compared with a pneumatic cylinder, switching to electric actuation eliminates air leaks, reduces energy consumption, and improves motion repeatability.

Binder Magnetic, an electric actuator supplier supporting your industrial projects

As a leading electric actuator supplier in France, Binder Magnetic relies on exclusive partnerships with two recognized European specialists: ADE and ELERO. This dual partnership enables us to offer a broad range, from a compact electric actuator rated at a few hundred newtons to a heavy-duty electric actuator capable of delivering up to 2,000 kN, or approximately 200 metric tons of thrust.

Our network of five regional branches (Paris, Angers, Lyon, Toulouse, Strasbourg) ensures local support and end-to-end technical follow-up. Every project includes a sizing and service-life calculation step performed by our in-house technical team. You therefore receive recommendations tailored to your specifications, without unnecessary oversizing.

Our range of industrial actuators: from standard to custom

Standard industrial actuators: eight ranges for every requirement

Our standard industrial actuators are available in eight complementary ranges: Junior, Picolo, Compakt, Econom, Herkules, Vario, MT10-MT16 and ADE MS10 T. This variety meets the diverse needs of machine builders, integrators, and maintenance managers. Compact ranges such as Junior and Picolo fit into tight spaces, while the Herkules range includes powerful electric actuators capable of handling extreme loads.

Custom electric actuator: the answer for your specific projects

When standard ranges are not enough, our team can design actuators suited to your application. You provide specifications, CAD drawings, or simply your technical data (required force, stroke, number of cycles per day, environment), and we size the solution. Inline motor configuration, worm gear reducer, trunnion mount, or rear clevis mounting: each configuration is possible.

Our support also covers the replacement of existing actuators or obsolete references, including older Leroy-Somer VERELEC actuators.

Architectural and waterway applications: power for infrastructure

Binder Magnetic actuators are used on civil engineering structures and waterway infrastructure throughout France. Our actuators for waterway applications operate flap gates, slide gates, locks, guard gates, drawbridges, and even fish passes. With strokes of up to 10 meters and forces up to 2,000 kN, this equipment is designed to operate reliably for decades.

In building applications, our facade and pergola actuators manage heat, light, and natural ventilation in buildings. They provide a discreet, quiet solution that requires no heavy maintenance, ideal for contemporary architectural projects.

To purchase an electric actuator from Binder Magnetic, the process is simple: describe your need, and we size the actuator and calculate its service life before sending you a detailed quote. If you need to buy an electric actuator quickly, our standard ranges offer predictable lead times. For custom projects based on specifications, allow approximately five months, reflecting the care taken in manufacturing.

Frequently asked questions about our electric actuators

Binder Magnetic, electric actuator manufacturer, answers all your questions.

What is the difference between an electric actuator and a pneumatic cylinder?

A pneumatic cylinder uses compressed air to generate motion, which requires a compressor, a distribution network, and air treatment. An electric actuator only needs an electrical power supply. It provides more precise control of position and speed, uses less energy, and produces no air leaks. This is why many industrial companies are now replacing pneumatic cylinders with electric solutions.

Can an older Leroy-Somer VERELEC actuator be replaced?

Yes. Since the VERELEC range is no longer manufactured by Leroy-Somer, Binder Magnetic can review the characteristics of your existing actuator and installation to recommend a suitable replacement. To make the assessment easier, please send us, if possible, the actuator part number, technical specifications, or installation drawings.

Which electric actuator should you choose for a load of several metric tons?

For high-load applications, we recommend the Herkules range or custom-engineered actuators, capable of delivering up to 150 metric tons in industrial versions and 200 metric tons for waterway applications. Our technical team sizes robust electric actuators based on the required force, stroke, duty cycle, and operating environment.

How much does a Binder Magnetic electric actuator cost?

The price of an electric actuator depends on several factors: the range selected, required force, stroke length, control options, and level of customization. A standard compact actuator is priced in the low hundreds of euros, while a waterway actuator with a three-meter stroke can reach several tens of thousands of euros. Contact our team for project-specific pricing.

What are the lead times for an electric linear actuator?

Lead times vary depending on the product type. For an electric linear actuator from our standard ranges, the lead time is a few weeks. For an actuator designed to specifications or intended for a waterway application, allow around five months for engineering, manufacturing, and testing.