Aventix Scarlett
Technical Resources

Files &
Application Data

We believe that making high-quality technical data openly available is fundamental to building trust in new measurement technology. As we continue to characterize Scarlett across plates, liquids, and workflows, we will be publishing application data sheets on a continuous basis — keeping our users updated on our progress every step of the way.

New documents are added as studies are completed. If you have a specific plate format or liquid type you would like us to evaluate, get in touch →

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Application Notes

Technical guidance demonstrating how Scarlett addresses real laboratory applications and workflows.

PDFApplication Note
AN-004
Real-Time Volume Measurements for Optimizing Liquid Handler Performance
This application note shows how Scarlett enables rapid iterative optimization of liquid handlers by delivering immediate, quantitative in-plate dispense measurements. Using a Thermo Multidrop Combi, it identifies out-of-limit channels, verifies successive mechanical adjustments, and confirms target performance; the same workflow is broadly applicable across pharma, biotech, and diagnostics automation.
TechnicalDocument type
WorkflowFocus
↓ Download AN-004
PDFApplication Note
AN-003-v1.0
Diagnosing Channel-to-Channel Dispense Variation in Multi-Channel Liquid Handling Systems
Demonstrates Scarlett | 01's ability to visualize and quantify systematic channel-dependent dispense variation across an entire 384-well microplate, using an eight-channel bulk reagent dispenser as an example.
1.26 µLPeak-to-peak spread
384-wellPlate format
20 µLNominal volume
↓ Download AN-003
PDFApplication Note
AN-001
Performance Validation of Scarlett™ 01 Volume Analysis System: High-Precision Volumetric Analysis of DMSO in 384-Well Microplates
Formal technical validation of the AVENTIX Scarlett™ 01 Volume Analysis System, conducted with VTT MIKES, the National Metrology Institute of Finland. The study evaluates accuracy for measuring 10 µL DMSO volumes in a 384-well microplate and demonstrates SI-traceable, non-contact volume verification that meets stringent industry accuracy criteria.
TechnicalDocument type
PerformanceFocus
↓ Download AN-001
Fill Files

Fill Files

Experimental performance data for specific microplates, liquids, and measurement conditions.

PDFFill File
ADS-004-v1.0
Volume Measurement in Brand 781620 384-Well Polystyrene Microplates Using the Scarlett™ 01 Volume Analysis System
Measurement performance of Scarlett | 01 in Brand 781620 384-well polystyrene microplates across two liquid types — DI H₂O + Tartrazine and DMSO (≥99.9%) + Tartrazine — over a volume range of 10–100 µL.
≤2.1%Max inaccuracy
1.4%Max CV
10–100 µLVolume range
↓ Download ADS-004
PDFFill File
ADS-003-v1.0
Volume Measurement in Ratiolab 6018211 96-Well Polystyrene Microplates Using the Scarlett™ 01 Volume Analysis System
Measurement performance of Scarlett | 01 in Ratiolab 6018211 96-well polystyrene microplates across two liquid types — DI H₂O + Tartrazine and DMSO (≥99.9%) + Tartrazine — over a volume range of 40–200 µL.
≤2.5%Max inaccuracy
1.8%Max CV
40–200 µLVolume range
↓ Download ADS-003
PDFFill File
ADS-002-v1.0
Volume Measurement in Greiner Bio-One 781101 384-Well Polystyrene Microplates
Measurement performance of Scarlett | 01 in Greiner Bio-One 781101 384-well flat-bottom plates across four liquid types — DI H₂O, DI H₂O + Tartrazine, DMSO, and DMEM/F12 — over a volume range of 10–110 µL.
≤2.6%Max inaccuracy
2.5%Max CV
10–110 µLVolume range
↓ Download ADS-002
PDFFill File
ADS-001-v1.0
Volume Measurement in Greiner Bio-One 655101 96-Well Polystyrene Microplates
Measurement performance of Scarlett | 01 in Greiner Bio-One 655101 96-well flat-bottom plates across four liquid types — DI H₂O, DI H₂O + Tartrazine, DMSO, and DMEM/F12 — over a volume range of 40–300 µL.
≤1.6%Max inaccuracy
2.1%Max CV
40–300 µLVolume range
↓ Download ADS-001
In Action

Well Plate Based 3D Scanning

Scarlett | 01 performing a full confocal chromatic scan of a well plate — generating high-resolution point cloud data across every well in a single pass.

Scarlett | 01 · ACCT Technology
Well Plate Based 3D Scanning
In Progress

More data sheets on the way

We are continuously evaluating Scarlett across new plate formats, liquid types, and volume ranges. Each new study becomes an application data sheet published here.