New RS10 micro flow meter expands RS series
VSE has introduced the RS10, a new helical screw flow meter for micro flow rates. This compact sensor covers a flow range from 0.5 ml/min to 10 l/min and is suitable for operating pressures of up to 250 bar.
New Tutorial Series on YouTube
Our YouTube channel now features new tutorials that provide comprehensive instructions on using the Cal.flow calibration system and the Log.flow data logger.
RS5 - innovative helical srew flow meter for micro dosing
With the RS5, VSE is launching the first helical screw flow meter that enables highly accurate measurement of even the smallest liquid volumes. The RS5 can measure volume flows from 0.25 ml/min to 1 l/min. It can therefore achieve a measuring range that is a hundred times smaller than that of VSE's smallest helical screw meter to date, the RS40.
Read more … RS5 - innovative helical srew flow meter for micro dosing
VSE and DST are world market leaders
The companies VSE and DST, as part of Echterhage Holding, have established themselves as leading experts in their specialised fields.
NEW: Log.flow data logging system
In dynamic fluid systems, complex flow phenomena often occur, the precise analysis of which is crucial for system performance. The new Log.flow data acquisition system offers the perfect solution for this.
NEW: Cal.flow calibration system
The calibration of flowmeters is a crucial process in many industrial applications. Accuracy and reliability are of the utmost importance. The Cal.flow calibration system from VSE sets new standards in this area.
VSE Volumentechnik sponsors women's team of SSV Küntrop
VSE Volumentechnik has provided the women's soccer team of SSV Küntrop with new training suits. As part of the "Rot-Weißen Nachmittag" (Red-White Afternoon event), the suits were handed over to the team in front of numerous spectators.
Read more … VSE Volumentechnik sponsors women's team of SSV Küntrop
Every drop electrifying – VSE flow meters and Beinlich pumps in the production of electric motors
The progressive development of electric mobility requires ever more efficient and reliable technologies for the production of electric motors. In this context, the trickle impregnation process takes a significant part in production as an important process step. This process provides protection for the windings of electric motors through uniform and controlled impregnation with insulating materials, which in turn increases the performance and longevity of the motors.
