Thin film actuators have been manufactured for application in small devices, such as valves and (micro)pump. These actuators are based on new materials especially suited to be used as electro-active dielectric elastomers. The properties of these elastomers are tuned to the specific requirements. It was found that the electric voltage required for operating could be lowered by a factor of three to five. The thin film actuators were processed into small valves and pumps for the manipulation of gasses and liquids. It was shown that the actuators could be operated when immersed in a liquid (e.g. water) and can be used as valves in microfluidic sensor array devices. The next step in the development is fine-tuning of the valve setting in order to...
Within the emerging field of polymer-based mechatronics, soft materials showing intrinsic electromec...
We developed a new type of conductive polymer (CP) actuator, specifically designed for miniaturized ...
HASEL-actuators use dielectric liquids and compliant shells as their media. This type of actuatorwou...
Dielectric elastomer actuators (DEAs) have been widely investigated for more than 30 years. Lately, ...
Microfluidic devices for lab-on-a-chip applications have become obvious in the past decade. Often, s...
A new family of thermally activated microactuators that provide both large displacements and forces ...
AbstractMicrofluidic devices for lab-on-a-chip applications have become obvious in the past decade. ...
Microfluidics has changed the way we think about laboratory experimental design. With the use of lab...
This paper reports a miniaturized soft dielectric elastomer actuator targeted at an active flow cont...
In dielectric elastomer stack actuators (DEAs), the driving voltage is reduced using thin dielectric...
In high-tech companies operating worldwide innovation is the key driver for long-term market success...
Both developed and developing nations have an urgent need to diagnose disease cheaply, reliably, and...
During the last five years, great advancements in microfluidics have been achieved with the developm...
Using active microvalves liquid flow in microsystems can be precisely controlled and timed. Plastic ...
Virtual Reality (VR) is gaining more importance in our society. For many years, VR has been limited ...
Within the emerging field of polymer-based mechatronics, soft materials showing intrinsic electromec...
We developed a new type of conductive polymer (CP) actuator, specifically designed for miniaturized ...
HASEL-actuators use dielectric liquids and compliant shells as their media. This type of actuatorwou...
Dielectric elastomer actuators (DEAs) have been widely investigated for more than 30 years. Lately, ...
Microfluidic devices for lab-on-a-chip applications have become obvious in the past decade. Often, s...
A new family of thermally activated microactuators that provide both large displacements and forces ...
AbstractMicrofluidic devices for lab-on-a-chip applications have become obvious in the past decade. ...
Microfluidics has changed the way we think about laboratory experimental design. With the use of lab...
This paper reports a miniaturized soft dielectric elastomer actuator targeted at an active flow cont...
In dielectric elastomer stack actuators (DEAs), the driving voltage is reduced using thin dielectric...
In high-tech companies operating worldwide innovation is the key driver for long-term market success...
Both developed and developing nations have an urgent need to diagnose disease cheaply, reliably, and...
During the last five years, great advancements in microfluidics have been achieved with the developm...
Using active microvalves liquid flow in microsystems can be precisely controlled and timed. Plastic ...
Virtual Reality (VR) is gaining more importance in our society. For many years, VR has been limited ...
Within the emerging field of polymer-based mechatronics, soft materials showing intrinsic electromec...
We developed a new type of conductive polymer (CP) actuator, specifically designed for miniaturized ...
HASEL-actuators use dielectric liquids and compliant shells as their media. This type of actuatorwou...