The SpraySpy® Products

The SpraySpy® technology measures sprays and droplets regarding to their:



Flux density


As well SpraySpy® products are available as an explosion protected Version with an ATEX-certificate from TÜV Süd (Zone 1) and as a high voltage proof version.

The SpraySpy® Lab Line & SpraySpy® Process Line instruments

Our Instruments are made for the lab and production environment. To reach the individual high requirements of each group, we developed two specialized product lines: The SpraySpy® Lab Line for R&D applications and the SpraySpy® Process Line for the quality monitoring within the production process.

SpaySpy Modell Lab-Line

The SpraySpy® Lab Line

Special lab instruments, developed for the measurement of sprays and droplets in research and development are part of the SpraySpy® Lab Line.

The SpraySpy® Lab Line instruments are specialized for the high requirements of coating processes. SpraySpy® Lab Line instruments measure spatially resolved single droplet events. As a standard these information will be calculated into histograms and characteristic performance parameters. In addition the measurement results are saved and can be evaluated individually.

The SpraySpy® Process Line

Inline measurement systems for the process automation, developed for the quality monitoring of production processes running a spray, are part of the SpraySpy® Process Line.

The SpraySpy® Process Line instruments are unique as inline quality monitoring systems for the spray coating processes. These instruments measure the droplet size, droplet velocity and the amount of drops, doing so SpraySpy® identifies the variance within the spray.

An alarm comes by the system, if the spray variance is leaving the target value. Immediately the failure can be spotted and actions against can take place. This saves time and resources.  

The SpraySpy®-Technology

The SpraySpy® technology is a counting measurement technique based on the light scattering of a moving droplet or particle, illuminated by an inhomogeneous light beam. The resulting light scattering is separated by the acquisition time into the individual scattering orders and registered by photon detectors. The characteristics of the scattering orders are correlated with the size, velocity and opacity of the droplet or particle.

References and testimonials on SpraySpy®

This page sows a limited number of references of our work and testimonials for our products and services.

The SpraySpy® YouTube-Channel:

Our Partners

  • DFO – German Research Association for Surface Treatment
    The German Research Association for Surface Treatment (DFO) covers all research subjects of the surface treatment....
  • Eisenmann LacTec GmbH
    The Eisenmann LacTec GmbH and AOM-Systems running a cooperation for the development of new paint spray equipment....
  • ParteQ
    ParteQ offers scalable synthesis and functionalization systems for complex particle structures and measurement systems for the characterization of product properties. Our customers will benefit from the combined know how of this two teams of experts....
  • TFI – Profile Area Thermo-Fluids & Interfaces
    The Profile Area Thermo-Fluids & Interfaces and the Institute for Fluid Dynamics and Aerodynamics at the TU Darmstadt are research partners of AOM-Systems. The profile area Thermo-Fluids & Interfaces (TFI) consolidates numerous research activities at the TU Darmstadt in the fields...
  • DIN – Institute e.V.
    Together with the DIN Institute e.V. and various Industry Experts we developed the DIN SPEC 91325....
  • Federal Ministry for Economic Affairs and Energy
    The German Ministry for Economic Affairs and Energy (BMWi – Bundesministerium für Wirtschaft und Energie) supports AOM-Systems....