Linear actuators manufacturer? When a voltage is applied across the opposing electrodes, one electrode becomes positively charged and the other negatively charged. Since opposite charges attract, the electrodes squeeze together and displace the liquid from in between them to the region of the device that is not covered by electrodes. This process results in an overall shape change of the soft structure. Using this basic principle (below), actuators can be created to achieve different types of motion such as expansion and contraction, while featuring controllable, fast, and efficient operation.

The term “artificial muscle” is often used as an umbrella term for various soft actuator technologies that use bioinspired design – for instance in their structure, materials, or operating principles — to achieve muscle-like performance. HASEL artificial muscles, the proprietary soft actuator technology behind Artimus Robotics, are able to achieve life-like performance with electrically controlled hydraulic structures. HASEL actuator technology offers a combination of lightweight materials, low power requirements, and controllable output and can be implemented in a variety of form factors and actuation modes. Artificial muscles are finding applications in a wide range of fields such as biomedical devices, industrial automation, virtual and augmented reality, national defense, and many more!

HASEL actuators utilize thin plastic films and liquids to achieve high mechanical compliance. HASEL actuators are the first soft, electric actuators on the market. From defense to healthcare, we are ready to solve your automation challenges. Manufacturing. A production line could be helped hugely by the presence of soft robots that are able to perform certain actions as precisely as humans. This could also speed up the process, as robots could work on construction 24/7. Discover even more information at

HASEL (Hydraulically Amplified Self-healing ELectrostatic) actuator technology operates when electrostatic forces are applied to a flexible polymer pouch and dielectric liquid to drive shape change in a soft structure. These principles can be applied to achieve a contracting motion, expanding motion, or other complex deformations. HASEL actuator technology is electrically driven and couples electrostatic and hydraulic forces so a wide variety of actuation modes are possible. Humans are overwhelmed by visual and auditory information. To increase the transmission of information between humans and machines, new physical inputs are crucial. From intelligent buttons, to haptic feedback, to reactive surfaces, new technologies are required that can enable new forms of physical input.

Contracting actuators that can achieve fast and smooth actuation with muscle-like performance. This development kit includes a stack of five linear contracting HASEL actuators. The stacks of actuators are modular and can be operated in a variety of combinations. Additionally, custom shapes and sizes are readily available. Contact us with your exact needs. This portable power supply is a turn-key solution for powering HASEL actuators. The power supply is capable of producing up to 10 kV at frequencies up to 100 Hz. It can be controlled with an analog button, programmed using the provided software, or set to run a pre-programmed demo mode. See additional details on here.