01
Sample
One drop. Micro-invasive, standard collection components
Illustrative product rendering · demo values
01The product
From a drop of blood to results in minutes.
Chip, reader and app. One system that turns a single drop into lab-grade answers, wherever you are.
One system, three parts
Detection Unit
ConsumableMultiplex biosensor. Sample collection and preparation in one device.
Reader Unit
DeviceHandheld, fully electronic. Results in minutes.
Data & App
SoftwareReadouts, history and partner integration via API.
03How it works
Multiple markers. One drop. No lab.
One measurement, four stations. Follow the sample from drop to data.
02
03
Reader Unit
Reads the electronic signal. Results in minutes
04
Data Layer
Results in the app. Integration via API
04The technology · How it works inside
The measurement principle.
The Detection Unit supports three steps from sample intake to electronic sensing.
Stage 01
Blood collection
Micro-invasive. Just 20 µl of blood needed.
Built-in blood collection.
No medical staff needed for sample collection.
Stage 02
Sample conditioning
Plasma generated directly from whole blood.
Volumetric adjustment for quantitative output.
Sample matrix prepared for BIO-FET sensing.
Stage 03
Biomarker sensing
Highly sensitive BIO-FET sensor.
Dynamic range 10 pg/mL – 1 µg/mL (marker-dependent).
6 × 6 mm sensor · 25 × 25 mm on PCB.
05The detection principle
How the sensor recognises a marker.
Our microtechnology-based detection chip operates on the principle of antigen–antibody detection, delivering reliable quantitative and qualitative results at the level of clinical laboratories.
01
Blank
No target molecules present. The baseline stays flat.
02
Target selectivity
Only the matching target binds its antibody. A small, selective signal.
03
Quantitative response
The more targets bound, the higher the signal. A quantitative readout.
Analyte (non-target)Target moleculeAntibody