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We accelerate the adoption of sensor-based technologies in laboratories — enabling the foundation that AI, bioanalytics, and the future rest upon.
The diseases that still claim millions of lives each year — cancer, antibiotic resistance, neurodegeneration — are not only waiting on more powerful AI models. They are waiting on the data those models need to learn from. The next great leap in human health will not only come from larger more sophisticated AI models. It will come from laboratories that finally generate experimental data precise enough, structured enough, multimodal enough, and consistent enough for AI to find the patterns that human minds alone cannot.
Reproducible protocols are the foundation. Without them, data from different runs, instruments, or labs cannot be compared — and AI has nothing consistent to learn from.
Knowing what was measured is not enough. Context — who, when, which plate, which liquid, which conditions — transforms isolated numbers into structured, AI-ready knowledge.
Human variability is the silent enemy of biological data quality. Automation removes it, enabling the kind of scale and consistency that makes multimodal analysis possible.
Precise, independently verified measurements are not a regulatory nicety — they are what separates data that drives discovery from data that generates doubt.
When outcomes feed back into experimental design, science accelerates. Every verified data point becomes an input to the next hypothesis — and AI finds connections humans cannot.
A high-precision volume measurement system designed for labware in chemical, agricultural, pharmaceutical, and cosmetic research — our first step into the sensor-based industry.
Measures full 96- and 384-well plates in seconds, giving instant quality feedback without interrupting workflow.
Third-party validated at 10 µL with deviation under 3%, ensuring compound concentrations stay on target every time.
Real-time data visualisation, anomaly flagging, and exportable reports from a single intuitive interface.
Scarlett is ANSI/SLAS-format ready and allows you to measure volumes in your selected plate format, from high-base to standard to deep-well plates.
Even microscopic errors in sample volume can cascade through an entire experiment. Scarlett makes those errors visible before they cost you.
Precise measurements make experiments repeatable, verifiable, and trusted — across your team and by external peers and reviewers.
Smarter experimental control catches errors at the source — reducing reagent waste, failed runs, and the cost of repeating assays.
AI models are only as good as the data fed into them. Scarlett ensures your lab data is accurate enough to train, validate, and trust.
Verify dispense volumes throughout compound preparation, dilution and screening workflows.
Verify reagent and sample volumes used in agrochemical screening and research workflows.
Help maintain formulation consistency across R&D and scale-up for regulatory compliance.
Ensure accuracy of liquid handling robotics and manual pipetting for synthesis and analytical chemistry.
Support NGS library prep, PCR, and cell-based assays where volume accuracy directly impacts yield.
Swedish bioanalytics company will scale the Early Access Program rollout of Scarlett 01, a benchtop analytical platform launching with its first application in volume analysis.
A new non-exclusive distribution partnership to bring the SCARLETT Volume Analysis System to laboratories across Belgium, the Netherlands and Luxembourg.
Dan and Ludvig are heading to TechBBQ, exhibiting in the Life Science x Deep Tech Startup Exhibition Area at Booth DT3.
Join us in democratising precision technologies and accelerating discoveries. Let's build the future of bioanalytics together.
hello@aventix.io · +1 617 553 7534 · GoCo Health Innovation City, Mölndal, Sweden