Engineered for Science, Advancing Your Research!

Advanced Microfluidic Systems GmbH (ADMISYS) develops and manufactures customized liquid microjet systems designed for use in vacuum environments. We combine engineering excellence and scientific insight into versatile, practical solutions that enable discoveries at the smallest scales.

Advanced Microfluidic Systems GmbH

The company draws on more than 20 years of experience developing, designing, and manufacturing customized systems based on liquid microjet technology for applications in vacuum environments.

Serving as a technology platform for liquid sample and target delivery, ADMISYS combines expertise in fluid dynamics, precision mechanics, electrical engineering, and vacuum technology to create adaptable, versatile, and robust high-performance solutions for large-scale research facilities (synchrotrons, free-electron lasers, etc.), universities, and industrial research laboratories worldwide.

We provide practical, customized solutions tailored to specific applications, spatial constraints, and existing experimental setups, including fully custom developments.

Our approach: versatility, adaptability, and sustainability.

Enabling precision and reliability in advanced research environments

From large-scale research facilities to university and industrial laboratories, ADMISYS provides comprehensive systems designed to support cutting-edge experiments and demanding research applications.

FELs

Designed for the demanding conditions of modern FEL experiments, ADMISYS systems enable precise and efficient sample replenishment at high repetition rates.

Synchrotrons

Our microjet systems provide stable and reproducible sample positioning for a wide range of applications, with flexible integration into synchrotron beamline setups.

LASER FACILITIES

High-repetition-rate, high-power laser experiments demand fast, precise, and robust target replenishment — High-velocity liquid jets are the solution.

Lab-scale systems

Compact and adaptable designs allow seamless integration into custom setups and flexible system expansion — ideal for an ever-changing research environment.

Our Company Solutions

Engineered for Science, Advancing your Research!

Microjets

A robust quartz nozzle generates a thin, filament-shaped liquid microjet.
The microjet can also be operated as a uniform droplet stream.

Flat-jet

The thin liquid sheet is presented as a flat target. We offer two major technologies for liquid sheet generation, each with specific advantages depending on the application.

Droplet-Jet

The Droplet-Jet is a continuous stream of uniformly sized and regularly spaced liquid droplets. It is generated by applying a controlled frequency excitation to a MicroJet.