DE EN
Visit us at MEORGA | May 6, 2026 | Bochum | Booth A10 |  Get free tickets now →

Image-Based Inline Sensors & Dynamic Image Analysis Software

AI-Based Particle Analysis & Particle Measurement

We develop AI software for automated analysis of particle images from microscopes and inline sensors for monitoring particle streams. Benefit from real-time analysis of particle size and shape directly in the production process.

Chemistry | Construction Materials | Pharma | Food | Advanced Materials | Recycling

Schedule Initial Consultation
Costs
predictably reduced
Time
drastically saved
Confidence
gained

Automated Particle Analysis for Microscopy Images

somaWORKSPACE

Particle image – AI detections active Particle image – raw image without AI analysis
Raw Image Detection
Precise AI particle analysis – illustration

Precise

Analysis of particle size and shape

Precise

Our company specialises in image analysis of particles with complex shapes, even under severe overlapping and interfering variables. Our long-standing experience allows us to evaluate your image data quickly, reliably and precisely. You receive an analysis tailored to your specific application.

Scalable particle analysis – illustration

Scalable

Applicable to large datasets as well

Scalable

Thanks to our robust algorithm, we are able to analyse large volumes of data for you in a short time. It does not matter whether a sample contains 10 or 10,000 images – as long as the image quality does not change significantly within a sample. Finally, you can have entire image series evaluated automatically.

Predictable process monitoring – illustration

Predictable

Relieving the burden on your specialists

Predictable

Data management, analysis and reporting from a single source. Your experts generate the image data; we take care of reliable evaluation. This makes analysis efforts predictable, sustainably relieves specialists, and deploys laboratory resources efficiently.

Turn process data to value

See our software in action

Schedule Initial Consultation

Image-Based Inline & Online Sensors

akterIN inline sensor particle analysis

akterIN

akterIN offers a comprehensive solution for the precise real-time detection of solids, bubbles and droplets in liquids. Measurement takes place at the point of interest – directly in the vessel or pipeline. The sensor is used in mixing processes, hydrogen applications and various solid–liquid systems.

akterIN

Benefit from…

  • high-contrast, true-to-scale images from your plant
  • a variable measurement gap – for representative measurements without blockage
Process ConnectionImmersion probe
Flange DN50 – DIN EN 1092-1
Measuring RangeMicro: (8) 11 – 380 (1,090) µm
Meso: (11) 16 – 770 (2,180) µm
Process Temperature–40 to 140 °C
Process Pressure1 to 17 bara
athairON inline sensor pipeline

athairON

athairON is the all-rounder for pipelines: capture solids, bubbles or droplets in real time at excellent image quality. The sensor is used in various solid–liquid systems – including crystallisation, precipitation and extraction, as well as powder and granule processes.

athairON

Benefit from…

  • high-contrast, true-to-scale images from your plant
  • a variable measurement gap with self-cleaning – no fouling or blockage
Process ConnectionFlow-through sensor
Triclamp DN50
Measuring RangeMicro: (7) 10 – 280 (790) µm
Meso: (15) 23 – 1,120 (3,170) µm
Process Temperature–30 to 100 °C
Process Pressure1 to 5 bara
ATEXYes
denebON ATEX inline sensor high pressure

denebON

denebON is our answer to demanding process conditions: the sensor enables inline detection of bubbles in liquid streams in potentially explosive environments. Designed to PED standards, precise measurements up to 40 bar are possible.

denebON

Benefit from…

  • high-contrast, true-to-scale images from your plant
  • the ability to quantify bubbles inline under elevated pressure and in potentially explosive environments
Process ConnectionFlow-through sensor
Flange DN150 – DIN EN 1092-1
Measuring RangeMicro: (7) 11 – 650 (1,840) µm
Meso: (11) 24 – 2,160 (6,120) µm
Process Temperature15 to 100 °C
Process Pressure1 to 41 bara
ATEXYes
naosIN inline sensor gas stream droplets

naosIN

With naosIN we set new standards: the sensor enables inline detection of droplets and small particles in gas streams. It is used for the design of separators, nozzles and filters, as well as in spray drying processes.

naosIN

Benefit from…

  • high-contrast, true-to-scale images from your plant
  • the ability to quantify sprays, droplets and the finest particles inline
Process ConnectionImmersion probe
Flange DN80 – DIN EN 1092-1
Measuring RangeMicro: (6) 9 – 380 (1,090) µm
Meso: (15) 23 – 770 (2,180) µm
Process Temperature0 to 121 °C
Process Pressure0.1 to 4 bara
enifAT optical microscope laboratory

enifAT

Looking for an alternative for your laboratory application? Then our benchtop device enifAT is the right choice. Screen suspensions, emulsions or foams to get a rapid overview of your system.

enifAT

Benefit from…

  • Fast and precise screening with small sample volumes
  • Atline and online use of the optical microscope
Process ConnectionSample loop and flow cell
Measuring RangeMicro: (7) 10 – 405 (1,150) µm
Meso: (17) 26 – 1,620 (4,590) µm
Process Temperature0 to 90 °C
Process Pressure1 to 11 bara

Turn process data to value

Find the right solution for your measurement task

Schedule Initial Consultation

Use Cases for Image-Based Inline Particle Measurement

Crystallisation – particle analysis

Crystallisation

Fine chemicals, pharma, food, raw material extraction

Powders and granules – particle analysis

Powders & Granules

Construction materials, advanced materials, recycling, food, equipment for mills & mixers

Emulsions – particle analysis

Emulsions

Polymer chemistry, cosmetics, food

Bubbles – inline measurement

Bubbles

Mining, reaction engineering, electrolysis

Slurries – particle measurement

Slurries

Mining, food

Sprays and droplets – inline sensor

Sprays & Droplets

Equipment for separators, filters & dispersers

Contact