Your search for "actuators" gave 824 results

In order to help speed up the design process, you can now render detailed 3D images of the LINAK® actuators LA12, LA14, LA25, LA33, LA36 and LA37. Visit the online 3D-configurator, and customise your LINAK actuators.

At Egaa wastewater treatment facility near Aarhus, Denmark, carbon sludge is extracted from the residual water and re-used in the plant to reduce overall energy consumption. LINAK® actuator solutions play a key part in optimising this process by ensuring reliable valve automation.

This user manual for phased-out products will tell you how to install, use and maintain your LINAK system.

Move faster from great idea to effective operation and take control of your linear movement with the flexibility to configure and test your software settings – again and again.

Stable and precise air flow control in aeration tanks has helped a local wastewater treatment facility in Denmark reduce its aeration energy consumption. A series of LINAK® actuators now open and close the v-port knife gate valves, and that has proven very effective.

A new product is launched – Welcome to the TWINDRIVE® TD4 Standard. With this new product, the TD4 product has been expanded, giving you the next generation of dual actuators. It now includes both the TD4 Standard and the TD4 Advanced.

Many LINAK® actuators used in agricultural or industrial applications come with a printed circuit board (PCB) with integrated controller (IC), supporting various BUS protocols. At the Actuator Academy™, you can learn what difference the right PCB makes, how a clutch can protect the industrial machinery, and how the right cables and plugs can optimise the actuator’s performance.

The spindle – a seemingly simple component. However, it is in fact the backbone of an electric linear actuator. The same is true about actuator gears. At the LINAK® Actuator Academy™ you can learn more about both the spindles and the gears of industrial actuators, and how they are directly related to the actuator efficiency and performance as well as service life.

The LINAK®-Danfoss® collaboration makes it possible for engineers to add electric actuators when designing intelligent off-highway vehicles and other heavy-duty vehicles.

To ensure a long service life for the actuator, you need to have the right motor. For many powerful actuators, a reliable brake system is also a requirement. And finally, the housing covering the two is crucial. At LINAK® Actuator Academy™, you can learn more about optimal motor efficiency, what type of brakes you need, and the advantages of aluminium and plastic housings, respectively.

It is called PLUS+1 – it is a unique systems development platform for engineers creating intelligent off-highway vehicles built to cope with harsh conditions in outdoor environments. A new software extension to the tool, makes it possible to add LINAK actuators as easy as drag and drop.

Are you looking for modern linear actuators? One that does more than just linear motion and has the precise positioning technology you are looking for? LINAK is a well-established manufacturer of electric actuators with a reputation for excellence in quality, innovation, and customer service.

With the LINAK Actuator Connect configurator it has never been easier to customise your movement solution.

Take control, configure parameters, and monitor the behaviour of your electric linear I/O™ actuator via Actuator Connect after installing the configurator on your PC.

Discover the benefits of our 24 V electric linear actuators, designed to meet your application demands with precision and efficiency. These actuators offer several advantages:

Explore heavy duty linear actuators from LINAK, designed for demanding industrial applications with exceptional power, reliability, and advanced control features. Perfect for harsh environments, these actuators ensure precision and durability in every task.

An actuator is a machine that moves or controls components in a system by converting energy into physical motion. This energy can come from electricity, water pressure, or air pressure. Depending on its design and the desired motion, an actuator can produce linear or rotary movement.