Strategic investment in the microfluidics sector
In September 2021, Bürkert and ReseaTech expanded their cooperation into a strategic partnership and Bürkert joined the Swiss start-up as an investor. After two years of intensive and successful joint work on new products and solutions in the field of microdosing, the strategic partnership is now taken to the next level. The positive development through … Continue reading
spirit biel/bienne about ReseaTech
In the new issue of the Bern University of Applied Sciences’ magazine “spirit biel/bienne” you will not only learn more about the Pulsed Flow Sensor. In keeping with the theme of entrepreneurship, Philipp Haslebacher and Simon Zumbrunnen also tell you how ReseaTech was founded. It’s worth reading! … Continue reading
Gas bubbles inside the flow sensor?
Measuring outgassing fluids with a flow sensor can be a challenge. When a bubble reaches the sensor, the flow instantly drops to zero and rises again very quickly. Using fast differential-pressure flow sensors, it is possible to map these events and minimize measurement errors.
1 Microliter
Measuring a volume-integral of 1 microliter? No problem with the ReseaTech Pulsed Flow Sensor! This graph shows the measurement of a drop dispensed with the “B-drop mini” micro valve. In 69 milliseconds, 1 380 measured values were recorded and a total volume of 1,002 microliters was calculated. … Continue reading
Gas bubbles inside the flow sensor
The measurement technology of ReseaTech also works reliably when small or big gas bubbles are in the liquid. The differential pressure measurement principle reacts quickly on pulsating flow and achieves a good accuracy. For more information have a look at our Application note.
Quality assurance with AI-based tools
As a leading manufacturer of fast and precise flow sensors, ReseaTech strives to continuously improve operations and processes. A particular focus is on automating processes that increase quality and minimize human error. Artificial intelligence (AI) has become increasingly important in recent years, especially in areas such as AI chat and AI image processing. At ReseaTech … Continue reading
Larger flow range
ReseaTech has increased the flow meter range of the sensors up to 12 l/min. In both the PFS and CFS categories, ReseaTech has extended the measurable flow range. With the larger sensor versions, flows of up to 12 l/min can be measured. At the same time, the sensors do not decrease in response time. … Continue reading
ReseaTech and Bürkert join forces for innovative solutions
Founded in 2015 out of the Bern University of Applied Sciences, the young company ReseaTech is a technological leader in measuring the smallest quantities of liquids and sensor technology in the field of controlling and filling liquids. ReseaTech’s technologies and products are used in numerous applications in medical and analytical technology as well as in … Continue reading
New controller version with trigger input and Drop-Logger Software
The PFS-Controller drives a valve or a dosing pump and measures the dosed Volume with a flow sensor. For better synchronization and integration, ReseaTech provides a new version with external trigger input. Additionally, the Drop-Logger Software simplifies the analysis of single droplets or the logging of a long measurement series.
Component analysis
This graphic shows the flow of a dosing pump with mechanical stroke adjustment. One stroke can dispense a volume from 4 to 18 microliters. With ReseaTech’s Pulsed Flow Sensor, the pulse form of every stroke can be made visible with high resolution. This enables the manufacturer to gain insights in his pumps behavior and enables … Continue reading
Hightech Start-up takes off
Four years ago ReseaTech GmbH was founded, which manufactures measuring devices for the smallest quantities of liquids. Following the successful conclusion of a round of financing, the spin-off from the Berne University of Applied Sciences is now able to further advance its technology. In May 2015, Simon Zumbrunnen and Philipp Haslebacher, two graduates of … Continue reading
