Our micropumps can be used in many different ways in medical and analytical technology, mechanical engineering, space research and many other applications.
With their small dimensions and low weight, our micropumps are already equipped for many fields. Added to this is particle tolerance down to a particle size of 40 µm and good temperature resistance. Together, the micropump is a small miracle of use for the most diverse applications.
The mp6 micropump is robust and reliable. Quality is our top priority. We test every single pump before we send it to you, so you can start building your own microfluidic system right away.
Produced almost entirely from plastic, our micropumps can be manufactured cost-effectively in high volumes. The material is either PPSU or PP. Therefore, it is a real cost wonder!
The functional principle of Bartels micropumps is based on a piezoelectric diaphragm in combination with passive check valves. A piezo ceramic mounted on a coated brass membrane is deformed when voltage is applied. By the resulting down stroke, the medium is being displaced out of the pump chamber below. The check valves on both sides of the pump chamber define the flow direction.
These videos give you a first glimpse into the technology behind our mp6 micropump. Head over to our YouTube channel to find a variety of videos centered around the mp6 micropump and additional components and accessories.
The micropumps in Bartels’ mp6 series are miniaturized double diaphragm pumps. Each micropump is run by two piezo actuators. Due to the space- and energy-saving construction they are cost-effective even in high quantities. The materials used make the micropumps remarkably versatile. Variable flow rate adjustment guarantees a wide range of possible applications.
The mp6-liq micropumps can best be used to promote liquids, while the mp6-gas and mp6-gas+ are specialists for gas promotion. To say is that all of our mp6 micropumps are able to promote liquids, mixtures and gases.
The flow rate of the micropumps shows a linear dependency on the back pressure.
At 0 mbar back pressure the maximum flow rate can be achieved and at the maximum back pressure the flow rate is decreased to 0 ml/min. The relation of pressure and flow rate is linear.
We aim to offer you the best products possible, should this on any occasion not be the case, do not hesitate to contact us! Together we will find a solution for your problem. Our team is very experienced in development and production to advance your innovative ideas. In order to get in touch with us, please feel free to use our contact form.
The micropumps are offered individually and in evaluation sets. These sets allow you to gain application-specific experience and cost-effectively reduce your integration efforts. For this purpose, we offer you the right platforms with our various control electronics.