Technology

02

Technology

02

The Technology Behind Corvidan

The Technology Behind Corvidan

Precision engineering, electrochemical measurement, and advanced signal processing — designed for quantitative metabolic measurement.

Precision engineering, electrochemical measurement, and advanced signal processing — designed for quantitative metabolic measurement.

Multi-Layer Strip Architecture

Corvidan’s proprietary three-layer strip design is engineered for consistent, signal formation from fingerstick whole blood.

Each layer performs a dedicated function — controlled flow distribution, optimized conductive interfacing, and stable environmental sealing — enabling reliable, repeatable measurement characteristics.

Tailored Function

The multi-layer strip architecture integrates directly with Corvidan’s electrochemical measurement platform, enabling stable signal acquisition as a sample enters the system.

Controlled micro-channel flow, protected conductive interfaces, and minimized environmental exposure allow the analyzer to consistently capture and process the electrochemical signals for quantitative metabolic measurement.

Sample Intake

Sample Intake

Electrochemical Input

Electrochemical Input

High-Res Signal Capture

Signal Conditioning

Signal Conditioning



Quantitative Readout

Quantitative Readout


Precision contact interface.

Precision contact interface.

Precision contact interface.

Highly engineered electrical contacts are designed for consistent connection integrity and repeatable signal transfer.

Highly engineered electrical contacts are designed for consistent connection integrity and repeatable signal transfer.

POC Form Factor.

POC Form Factor.

POC Form Factor.

Compact, angled housing is designed for professional workspaces. Easy to position on a bench, simple to wipe down, and oriented for clear viewing during routine workflows.

Compact, angled housing is designed for professional workspaces. Easy to position on a bench, simple to wipe down, and oriented for clear viewing during routine workflows.

Integrated compute module.

Integrated compute module.

Integrated compute module.

Onboard processing enables data acquisition, signal handling, thermal management, and the touchscreen interface—all within a single, tightly coupled system.

Onboard computer handles high speed data capture and processing directly at the analyzer, driving ~20 second HbA1c output.

Consistent tolerances

Consistent tolerances

Sampling geometry

Sampling geometry

Stable conditions

Stable conditions

Mechanical alignment

Mechanical alignment