72% Faster Time-to-Result in your Preservative Testing
Working with challenge testing, MICs, screening, dose response, shelf life, or in product testing? Then this is for you.
- Fully digitized plate-based assays.
- Plate reading data automatically structured and available.
- Run assays 24/7 in incubated Imaging Devices.
Hear it from the scientists
Automate your most common preservative assays
Automate and digitize your plate analysis
We combine automation with real-time AI analysis to help labs run faster, make better decisions, and scale effortlessly.
Track microbial growth in real-time with timelapse imaging of plates
Instead of static endpoint readings, watch your experiment unfold in real time:
- See exactly when microbes emerge.
- Measure growth speeds under different conditions.
- Detect preservative failure before it happens.
Get accurate, precise data from all your plate-based assays
Experiment images are analyzed in real-time with our pre-trained AI models in our platform. Get actionable insights from colony counts, growth patterns, fluorescence intensity, and morphological changes—all without lifting a finger.
Run parallel and accelerated preservative testing with incubated Imaging Devices
Time is the biggest challenge in microbiology. Our incubated imaging devices can be operated at different temperatures, enabling:
- Faster microbial growth studies.
- Measure growth speeds under different conditions.
- Simulate real-world environments.
Track experiments in any plate formats
Image any standard plate format, from Petri dishes to 384-well plates.
Seamless LIMS integration
- Send results directly to your LIMS.
- Sync metadata for instant analysis.
- Set it up once and let it run.
All your experiments in one platform
Faster data collection and analysis
Save hours of manual work weekly. Real-time insights mean your team can make data-driven decisions faster and with confidence.
Consistent, high-quality results
Automated plate imaging ensures reproducible data, reducing human error and making each data point reliable across every experiment.
Adaptable to your research needs
With compatibility across formats and flexible temperature control, the system integrates smoothly into various research workflows, supporting a wide range of experimental needs